pierreqi/scilab_code · Datasets at Hugging Face

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Ex6_8.sce

// Exa 6.8 // To calculate the minimum number of PN chips that are required for each frequency word. clc; clear all; Bss=600; //Hopping bandwidth in MHz stepsize=400; // in Hz //solution No_of_Tones=Bss*10^6/stepsize; Min_chips_required=log2(No_of_Tones); printf('Minimum number of chips required are %d chips \n ',Min_chips_required);

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off echo; write "Premier exemple: utilisation interactive sur une equation simple"; write "desir(); %appel de DESIR"; desir(); 3; %ordre de l'equation 1;x;x;x**6; %coefficients non; %correction ? non; %transformation ? 4; %nombre de termes a calculer non; %transformation ? write "solvalide(first ws,1,4);"; solvalide(first ws,1,4); write "Le meme exemple en utilisation directe"; write "lcoeff:={1,x,x,x**6};"; lcoeff:={1,x,x,x**6}; write "param:={};"; param:={}; write "on trdesir; %obtention facultative d'une trace"; on trdesir; showtime; write "sol:=delire(x,4,1,lcoeff,param);"; sol:=delire(x,4,1,lcoeff,param); write "showtime; %temps d'execution de 'delire'"; showtime; on div;j:=0$ for each elt in sol do <<j:=j+1;write j,"ieme solution :", sorsol(elt);>>; write "solvalide({lcoeff,sol},2,4)$"; solvalide({lcoeff,sol},2,4)$ write "solvalide({lcoeff,sol},3,4)$"; solvalide({lcoeff,sol},3,4)$ off div; write "off trdesir;"; off trdesir; write "Deuxieme exemple : utilisation interactive, parametres et"; write "transformations"; write "desir();"; desir(); 2; %ordre de l'equation x**2-nu**2;x;x**2; %coefficients non; %correction ? 1; %nombre de parametres nu; %nom du parametre non; %transformation ? 2; %nombre de termes a calculer oui; %transformation ? 2; %changement de variable 1/v; %x=1/v non; %transformation ? 2; %nombre de termes a calculer non$ %transformation ? sol:=ws$ write "sol1:=first sol$ %solutions au voisinage de 0"; sol1:=first sol$ %solutions au voisinage de 0 write "sol2:=second sol$ %solutions au voisinage de l'infini"; sol2:=second sol$ %solutions au voisinage de l'infini write "solvalide(sol1,1,2)$"; solvalide(sol1,1,2)$ %presence de solutions conditionnelles write "solvalide(sol2,1,2)$"; solvalide(sol2,1,2)$ %la verification de la validite des solutions %au voisinage de l'infini est possible malgre %le parametre (pas de condition). write "Remarque : la verification de la validite des solutions est possible"; write "malgre la presence d'un parametre (pas de condition)."; write "standsol(sol1); %=sol1...sans interet!"; standsol(sol1); %=sol1... write "standsol(sol2); %solutions retournees sous forme standard."; standsol(sol2); write "Pour revoir les solutions au voisinage de 0 :"; j:=0$ write "for each elt in second sol1 do"; write " <<j:=j+1;write j,'ieme solution';sorsol(elt);>>;"; for each elt in second sol1 do <<j:=j+1;write j,"ieme solution";sorsol(elt);>>; write "Evaluation des solns au voisinage de 0 pour une valeur particuliere"; write "du parametre :"; write "sorparam(sol1,{nu});%evaluation des solutions au voisinage de 0"; write " %pour une valeur particuliere du parametre"; write " %nu = 1"; write " %ecriture et retour des solutions sous forme"; write " %standard"; sorparam(sol1,{nu}); %evaluation des solutions au voisinage de 0 %pour une valeur particuliere du parametre 1; %valeur de nu %ecriture et retour des solutions sous forme %standard write "solparam(sol1,{nu},{1});"; solparam(sol1,{nu},{1}); %meme fonction avec retour des solutions sous %forme generalisee, ce qui permet d'enchainer write "Meme fonction avec retour des solutions sous forme generalisee,"; write "ce qui permet d'enchainer :"; write "solvalide(ws,1,2)$"; solvalide(ws,1,2)$ write "L'exemple suivant a ete cree specialement pour tester l'algorithme"; write "et utiliser un grand nombre de procedures :"; lcoeff:={x+1,2*x**2*(x+1),x**4,(5*x**7)/2,x**10}; param:={}; showtime; write "sol:=delire(x,4,1,lcoeff,param);"; sol:=delire(x,4,1,lcoeff,param)$ showtime; on div;j:=0$ for each elt in sol do <<j:=j+1;write j,"ieme solution :", sorsol(elt);>>; solvalide({lcoeff,sol},1,4)$ solvalide({lcoeff,sol},3,4)$ off div; end;

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clc clear printf("Example 9.13 | Page number 288 \n\n"); //Find magnitude and direction of heat transfer //Given data V_He = 0.3 //m^3 //volume of Helium p_He = 20e5 //Pa //pressure of Helium T_He = 273+30 //K //Temperature of Helium V_O2 = 0.7 //m^3 //volume of O2 p_O2 = 6e5 //Pa //pressure of O2 T_O2 = 273+2 //K Temperature of O2 R_He = 2077 //J/kgK R_O2 = 260 //J/kgK Cv_He = 3116 //J/kgK Cv_O2 = 662 //J/kgK //Solution m_He = (p_He*V_He)/(R_He*T_He) //kg //mass of Helium m_O2 = (p_O2*V_O2)/(R_O2*T_O2) //kg //mass of O2 T_ad = (m_He*Cv_He*T_He+m_O2*Cv_O2*T_O2)/(m_He*Cv_He+m_O2*Cv_O2) //K //Temperature after mixing T_final = 300 //K //final temperature Q = (Cv_He*m_He+Cv_O2*m_O2)*(T_final-T_ad) //J //Magnitude of heat transfer printf("Magnitude of heat transfer = %.2f kJ",Q*.001)

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function cels=casc(x,z) //cels=casc(x,z) //Creates cascade realization of filter //from a matrix of coefficients // x :(4xN)-Matrix where each column is a cascade // :element, the first two column entries being // :the numerator coefficients and the second two // :column entries being the denominator coefficients // z :Character string representing the cascade variable // cels :Resulting cascade representation // //EXAMPLE: // x=[ 1. 2. 3. ; // 4. 5. 6. ; // 7. 8. 9. ; // 10. 11. 12. ] // // cels=casc(x,'z') // cels = // // ! 2 2 2 ! // ! 1 + 4z + z 2 + 5z + z 3 + 6z + z ! // ! ------------ ------------ ------------ ! // ! 2 2 2 ! // ! 7 + 10z + z 8 + 11z + z 9 + 12z + z ! //! //author: F. Delebecque date: August 1988 cels=[]; for col=x, nf=[col(1:2);1]; nd=[col(3:4);1]; cels=[cels,tlist('r',poly(nf,'z','c'),poly(nd,'z','c'),[])]; end,

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clc d_r = 13.6e03 // Density of mercury in kg/m^3 g = 9.81 // Acceleration due to gravity in m/s^2 z = 710e-03 // Steam flow pressure in m z0 = 772e-03 // Reading of barometer in m P = 1.4e06 // Gauge pressure of applied steam in Pa P0 = d_r*g*z0 // Atmospheric pressure in Pa Pi = P+P0 // Inlet steam pressure in Pa Pc = d_r*g*(z0-z) // Condenser pressure in Pa printf("\n Example 1.2\n") printf("\n Inlet steam pressure is %f MPa",Pi/1e6) printf("\n Condenser pressure is %f kPa",Pc/1e3) //The answers vary due to round off error

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// find minimum trigger voltage,maximum capacitor voltage ,width of output pulse // Electronic Principles // By Albert Malvino , David Bates // Seventh Edition // The McGraw-Hill Companies // Example 23-6, page 918 clear;clc; close; // Given data C=0.47*10^-6;// capacitance in faraday R=33*10^3;// resistance in ohms Vcc=12;// in volts // Calculations UTP=2*Vcc/3;// upper trip point in volts LTP=Vcc/3;// lower trip point in volts W=1.1*R*C;// pulse width disp("Volts",UTP,"Maximum trigger voltage=") disp("Volts",LTP,"Minimum trigger voltage=") disp("seconds",W,"pulse width=") // Result // Minimum trigger voltage is 4 Volts // Maximum capacitor voltage is 8 Volts // Pulse width is 17.1 mSeconds

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clear //Given M=0.075 //kg /mol m=1.2*10**-6 //kg A=6.0*10**23 ///mol t=9.6*10**18 N=170 //Calculation n=(A*m)/M l=N/t T=0.693/l //Result printf("\n Half life of K-40 is %0.3f *10**9 years",T/(24.0*3600.0*365)*10**-9)

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clear clc disp('the five digits can be arranged in 5! ways =') factorial(5) disp('of which 4! will begin with 0=') factorial(4) disp('so,total no. of five digit numbers=5!-4!=') factorial(5)-factorial(4) disp('the numbers ending in 04,12,20,24,32,40 will be divisible by 4') disp('numbers ending in 04=3!') factorial(3) disp('numbers ending in 12=3!-2!') factorial(3)-factorial(2) disp('numbers ending in 20=3!') factorial(3) disp('numbers ending in 24=3!-2!') factorial(3)-factorial(2) disp('numbers ending in 32=3!-2!') factorial(3)-factorial(2) disp('numbers ending in 40=3!') factorial(3) disp('so,total no. of favourable ways=6+4+6+4+4+6=') 6+4+6+4+4+6 disp('probability=30/96=') 30/96

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clc; funcprot(0); //Example 8.5 Flying Level at Altitude // Initialisation of variables W = 2000; S = 350; V = 100*1.467; rho = 0.002378; // Calculations Cl = 2*(W/S)/(rho*V^2); alpha = -1.75; // From fig 8.15 Cd = 0.014; // From fig 8.15 D = Cd*(rho/2)*S*V^2; HP = D*V/550; // At 10000 ft altitude density is lower as compared to the density at sea level. rhoX = 0.001756; Cl = 2*(W/S)/(rhoX*V^2); alpha = -0.75; // From fig 8.15 Cd = 0.016; // From fig 8.15 D1 = Cd*(rhoX/2)*S*V^2; HP1 = D1*V/550; //Results disp(HP1,"Horse power required to move the wing forward(hp) :",D1,"Drag (lb):","!------Part (b)------!",HP,"Horse power required to move the wing forward(hp) :",D,"Drag (lb):","!------Part (a)------!");

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//chapter 18 Ex 9 clc; clear; close; sTrain=54; tTrainP=20; tTrainM=12; sMan=6; sRelative=(sTrain-sMan)*5/18; //Difference since opposite in direction lTrain=sRelative*tTrainM; lTotal=tTrainP*sTrain*5/18; lPlatform=lTotal-lTrain; printf("The length of train is %d m and length of platform is %d m",lTrain,lPlatform);

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<?xml version="1.0" encoding="utf-8"?> <test> <description>Linear stability with Velocity Correction Scheme and a half mode Ev = (2.4868e-03,1.5835e-01i) which corresponds to a multiplier of (1.00249,0.158351). Note without the restart file it need 1000's iterations</description> <executable>IncNavierStokesSolver</executable> <parameters> PPF_R15000_3D.xml</parameters> <files> <file description="Session File">PPF_R15000_3D_VCS.xml</file> <file description="Session File">PPF_R15000_3D_VCS.rst</file> </files> <metrics> <metric type="Eigenvalue" id="0"> <value index="0" tolerance="0.001">1.00249,0.158351</value> <value index="1" tolerance="0.001">1.00249,-0.158351</value> </metric> </metrics> </test>

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function [pt]=smooth(ptd,pas) // [lhs,rhs]=argn(0) [m,n]=size(ptd) d=splin(ptd(1,:),ptd(2,:)) if rhs=1 then l=abs(ptd(1,n)-ptd(1,1));pas=l/100;end pt=[ptd(1,1)+pas:pas:ptd(1,n)] pt=[ptd(:,1) [pt;interp(pt,ptd(1,:),ptd(2,:),d)] ptd(:,n)]

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//<-- NO CHECK REF --> exec('eqm/aerodata_f16.sci'); angle_list = -8:4:12; [S, K, DA, L] = angle_interp(angle_list, -8); assert_checktrue(abs(S-1)<=1e-7); assert_checktrue(abs(K-2)<=1e-7); assert_checktrue(abs(DA+1)<=1e-7); assert_checktrue(abs(L-1)<=1e-7); [S, K, DA, L] = angle_interp(angle_list, -9); assert_checktrue(abs(S-.75)<=1e-7); assert_checktrue(abs(K-2)<=1e-7); assert_checktrue(abs(DA+1.25)<=1e-7); assert_checktrue(abs(L-1)<=1e-7); [S, K, DA, L] = angle_interp(angle_list, 11); assert_checktrue(abs(S-5.75)<=1e-7); assert_checktrue(abs(K-5)<=1e-7); assert_checktrue(abs(DA-.75)<=1e-7); assert_checktrue(abs(L-6)<=1e-7); CX = [ -.099 -.081 -.081 -.063 -.025 .044 .097 .113 .145 .167 .174 .166 -.048 -.038 .040 -.021 .016 .083 .127 .137 .162 .177 .179 .167 -.022 -.020 -.021 -.004 .032 .094 .128 .130 .154 .161 .155 .138 -.040 -.038 -.039 -.025 .006 .062 .087 .085 .100 .110 .104 .091 -.083 -.073 -.076 -.072 -.046 .012 .024 .025 .043 .053 .047 .040 ]; assert_checktrue(abs(coef_alpha_elev(CX,-10,-24) + .099)<=1e-7); assert_checktrue(abs(coef_alpha_elev(CX,-10,24) + .083)<=1e-7); assert_checktrue(abs(coef_alpha_elev(CX,45,-24) - .166)<=1e-7); assert_checktrue(abs(coef_alpha_elev(CX,45,24) - .040)<=1e-7); assert_checktrue(abs(coef_alpha_elev(CX,11,-12) - 0.0294)<=1e-7); A = [ 0 1 2 3 -4.1 4 3 2 1 0 -1 2 3 3 4 ]; x_list = -5:5:5; y_list = -3:3:9; assert_checktrue(abs(coef_alpha_beta(A,-3,-5, y_list, x_list) - 0)<=1e-7); assert_checktrue(abs(coef_alpha_beta(A, 9,-5, y_list, x_list) + 4.1)<=1e-7); assert_checktrue(abs(coef_alpha_beta(A,-3, 5, y_list, x_list) + 1)<=1e-7); assert_checktrue(abs(coef_alpha_beta(A, 9, 5, y_list, x_list) - 4)<=1e-7); assert_checktrue(abs(coef_alpha_beta(A,1.5,0.1, y_list, x_list) - 2.5)<=1e-7); disp('All tests passed...');

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clear; clc; disp("--------------Example 3.30---------------") dBpkm= -0.3 ; // dB/km p1=2; // 2 mW - initial power distance = 5; // 5km dB= dBpkm*distance; // loss in the cable in decibel ratio=10^(dB/10); // dB=10*log10(ratio) p2 = p1*ratio; // ratio = p2/p1 printf("The power of the signal at 5 km is %2.1f mW.",p2);// display result

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/3739/CH5/EX5.5/EX5_5.sce

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EX5_5.sce

//Chapter 5, Example 5.5, page 196 clc //Initialisation f1=2.5 //frequency in MHz f2=6.3 //frequency in MHz K=1.1 // K factor //Calculation fse=1.05*f1*2 //frequency in MHz fsf=K*f2*2 //frequency in MHz //Results printf("Frequency for E layer = %.2f MHz",fse) printf("\nFrequency for F layer = %.2f MHz",fsf)

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/3482/CH5/EX5.11/Ex5_11.sce

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Ex5_11.sce

clc; //page 263 n=3; // no of component r=60;//mm, radius l=100;//mm length of cylinder V=[0.5*4/3*%pi*(r)^3,%pi*r*r*l,-%pi/3*r*r*l];//mm^3, Volumes of Hemisphere, cylinder and cone respectively x=[-3/8*r,l/2,3/4*l];//mm, x components of centroids of Hemisphere, cylinder and cone respectively sumV=0; sumxV=0; for(i=1:n) sumV=sumV+V(i); sumxV=sumxV+x(i)*V(i); end //Location of centre of gravity X=sumxV/sumV;// X co-ordinate printf("Co-ordinates of centroid are X= %.0f mm \n",X);

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/source/2.5/macros/mtlb/mtlb_isreal.sci

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mtlb_isreal.sci

function [y] = mtlb_isreal(x) y=(x==real(x))

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/291/CH5/EX5.2c/eg5_2c.sce

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eg5_2c.sce

Xlam = 3.2; i =2; prob = cdfpoi("PQ", i, Xlam); disp(prob)

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/3640/CH1/EX1.1/Ex1_1.sce

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Ex1_1.sce

clc horsepower=2.5 //rating of induction motor in horsepower at half load Vl=230 //terminal voltage of motor in volts Il=7 //load current of motor in amperes pf=0.8 //power factor of the machine Pin=sqrt(3)*Vl*Il*pf //input power in watts mprintf("Pin=%f W\n",Pin)//The answer may vary due to roundoff error Whp=746 //watts per hp Pout=horsepower*Whp //output power in watts mprintf("Pout=% f W\n",Pout) mprintf("η=%f\n",Pout/Pin)//The answer may vary due to roundoff error //efficiency of the machine mprintf("Losses=Pin-Pout=%f W\n",Pin-Pout)//The answer may vary due to roundoff error //losses in the machine in watts

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/projects/01/Buffer.tst

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arkss/randtotetris

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Buffer.tst

// Modified by Minho Kim (9 Oct 2014) load Buffer.hdl, output-file Buffer.out, compare-to Buffer.cmp, output-list in%B3.1.3 out%B3.1.3; set in 0, eval, output; set in 1, eval, output;

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/3673/CH4/EX4.a.5/Example_a_4_5.sce

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Example_a_4_5.sce

//Example_a_4_5 page no:177 clc; Vrms=sqrt(5^2+(5^2/2));//the values are taken by comparing the given equation with rms equation disp(Vrms,"the rms value of the waveform is");

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/401/CH12/EX12.12/Example12_12.sce

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Example12_12.sce

//Example 12.12 //Program to determine the average incident optical power required to //maintain given SNR clear; clc ; close ; //Given data Lambda=1*10^(-6); //metre - WAVELENGTH h= 6.626*10^(-34); //J/K - PLANK's CONSTANT c=2.998*10^8; //m/s - VELOCITY OF LIGHT IN VACCUM k=1.38*10^(-23); //J/K - BOLTZMANN's CONSTANT e=1.602*10^(-19); //Coulumbs - CHARGE OF AN ELECTRON eeta=0.6; //*100 percent - QUANTUM EFFICIENCY SNR_dB=45; //dB - CURRENT SNR Rl=50*10^3; //Ohms - EFFECTIVE LOAD IMPEDANCE T=300; //K - OPERATING TEMPERATURE ma=0.5; //MODULATION INDEX Fn_dB=6; //dB - NOISE FIGURE B=10*10^6; //Hz - POST DETECTION BANDWIDTH SNR=10^(SNR_dB/10); Fn=10^(Fn_dB/10); //Average incident optical power required to maintain given SNR Po=h*c/(e*eeta*ma^2*Lambda)*sqrt(8*k*T*Fn/Rl)*sqrt(SNR*B); //Displaying the Result in Command Window printf("\n\n\t The average incident optical power required at the receiver is %0.2f uW or %0.1f dBm.",Po/10^(-6),10*log10(Po/10^(-3)));

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/2699/CH13/EX13.17/Ex13_17.sce

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Ex13_17.sce

//EX13_17 PG-13.10 clc clear printf("conversion of hexadecimal no 9B2.1A to its decimal equivalent =") N=(9*16^2)+(11*16^1)+(2*16^0)+(1*16^(-1))+(10*16^(-2)); printf(" %.1f",N)

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/data/pos_exp/pos_data/turkish.high.tst

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LINGuistLIU/IGT

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2022-08-31T12:33:23.649666

2020-05-28T20:27:18

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turkish.high.tst

peynirli_pasta peynirli_pastalarınızı N;ACC;PL;PSS2P bisküvi bisküvilerinizde N;LOC;PL;PSS2P ön önlerine N;DAT;PL;PSS3P sosluk sosluğunun N;GEN;SG;PSS3S sürtük sürtüklerinde N;LOC;SG;PSS3P muz muzlarımıza N;DAT;PL;PSS1P seçmen seçmenlerinde N;LOC;PL;PSS3S düldül düldüllerimi N;ACC;PL;PSS1S güdüm güdüme N;DAT;SG işkencecilik işkenceciliklerinden N;ABL;PL;PSS3P zibidi zibidilerinden N;ABL;PL;PSS3S ritim ritimlerinizde N;LOC;PL;PSS2P köm kömlerimden N;ABL;PL;PSS1S kaside kasidelermiş N;LGSPEC1;3P;PL;LGSPEC2 davranış davranışlarınıza N;DAT;PL;PSS2P intikam intikamım N;NOM;SG;PSS1S düşünceli düşünceliyiz ADJ;LGSPEC1;PRS;1;PL;POS;DECL saydırmak saydırıyor V;IND;3;SG;PRS;PROG;POS;DECL konu konularınızın N;GEN;PL;PSS2P oyuncu oyunculardık N;LGSPEC1;1P;PL;PST şikâyet_etmek şikâyet_eder_mi? V;IND;3;SG;PRS;POS;INTR ağlamak ağlar_mısınız? V;IND;2;PL;PRS;POS;INTR gizlemek gizlemedi_mi? V;IND;3;SG;PST;NEG;INTR hastane hastanemi N;ACC;SG;PSS1S leş leşlersiniz N;LGSPEC1;2P;PL;PRS kaynaştırtılmak kaynaştırtılmadın V;IND;2;SG;PST;NEG;DECL kütük kütükleri N;ACC;PL girmek girmediniz V;IND;2;PL;PST;NEG;DECL kazmak kazmıyorsun V;IND;2;SG;PRS;PROG;NEG;DECL külek küleklerimiz N;NOM;PL;PSS1P pancar pancarlarım N;NOM;PL;PSS1S kırdırtmak kırdırtmayız V;IND;1;PL;PRS;NEG;DECL gelinmek gelinmeyeceğim V;IND;1;SG;FUT;NEG;DECL çarşaf çarşafları N;NOM;PL;PSS3P ölüm ölümleri N;ACC;PL Lefkoşalı Lefkoşalısına N;DAT;SG;PSS3S piskopos piskoposunun N;GEN;SG;PSS2S çift_sayı çift_sayımızdan N;ABL;SG;PSS1P radyoaktif_bozunum radyoaktif_bozunumlar N;NOM;PL ayarlatmak ayarlatmayacak V;IND;3;SG;FUT;NEG;DECL sünmek sünecek V;IND;3;SG;FUT;POS;DECL canlandırtılmak canlandırtılmadık V;IND;1;PL;PST;NEG;DECL neden nedenlerim N;NOM;PL;PSS1S ezmek ezmeyecek_mi? V;IND;3;SG;FUT;NEG;INTR koşucu koşucularında N;LOC;SG;PSS3P ön_ek ön_eklerden N;ABL;PL abajurcu abajurcumdan N;ABL;SG;PSS1S şaşırttırmak şaşırttırmadık_mı? V;IND;1;PL;PST;NEG;INTR gürz gürzlerine N;DAT;SG;PSS3P model modellerimizden N;ABL;PL;PSS1P sülüs sülüslerine N;DAT;PL;PSS3P taşımak taşıyorsunuz V;IND;2;PL;PRS;PROG;POS;DECL yolculuk yolculuklarına N;DAT;PL;PSS3P içmek içiyorlar_mı? V;IND;3;PL;PRS;PROG;POS;INTR kızmak kızmıyorum V;IND;1;SG;PRS;PROG;NEG;DECL dondurma dondurmalarından N;ABL;SG;PSS3P eşik eşiğe N;DAT;SG evcikkıran evcikkıranlardı N;LGSPEC1;3P;PL;PST toprak_olmak toprak_olmayacağız V;IND;1;PL;FUT;NEG;DECL striptiz striptizleri N;NOM;SG;PSS3P tutmak tutacağım V;IND;1;SG;FUT;POS;DECL özne öznelerinin N;GEN;PL;PSS3P tutulma tutulmama N;DAT;SG;PSS1S cihan cihanında N;LOC;SG;PSS3S çizmek çizecek_miyim? V;IND;1;SG;FUT;POS;INTR meni menine N;DAT;SG;PSS2S gebermek geberiyor_muyum? V;IND;1;SG;PRS;PROG;POS;INTR cinsellik cinselliği N;ACC;SG dudak dudaklarımızdan N;ABL;PL;PSS1P aşık aşığımızı N;ACC;SG;PSS1P ziyaretçi ziyaretçilermişsiniz N;LGSPEC1;2P;PL;LGSPEC2 kırbaç kırbaçlarından N;ABL;SG;PSS3P yoksullaştırmak yoksullaştırmıyoruz V;IND;1;PL;PRS;PROG;NEG;DECL kış_uykusuna_yatmak kış_uykusuna_yatmazlar V;IND;3;PL;PRS;NEG;DECL oynatıcı oynatıcısını N;ACC;SG;PSS3S şerbetçi şerbetçilerdiniz N;LGSPEC1;2P;PL;PST yıpratmak yıpratmıyor_musun? V;IND;2;SG;PRS;PROG;NEG;INTR eksiklik eksikliklerinden N;ABL;SG;PSS3P seyahat seyahatlerimden N;ABL;PL;PSS1S yermek yeriyorlar_mı? V;IND;3;PL;PRS;PROG;POS;INTR masumiyet masumiyetimiz N;NOM;SG;PSS1P uçurtma uçurtmalarmış N;LGSPEC1;3P;PL;LGSPEC2 giysi giysilerinin N;GEN;SG;PSS3P dalgalandırmak dalgalandırıyor_muydu? V;IND;3;SG;PST;PROG;POS;INTR dirilmemek dirilmezim V;IND;1;SG;PRS;POS;DECL çoktan_seçmeli_soru çoktan_seçmeli_sorumuzdan N;ABL;SG;PSS1P platform platformları N;ACC;PL sonbahar sonbaharlarımı N;ACC;PL;PSS1S ettirtmek ettirttin V;IND;2;SG;PST;POS;DECL kalamar kalamarları N;NOM;PL;PSS3P prototipleme prototiplemelerimiz N;NOM;PL;PSS1P pisletmek pisletmiyordular V;IND;3;PL;PST;PROG;NEG;DECL derleme derlemede N;LOC;SG körlük körlüklerin N;GEN;PL medrese medreseleri N;NOM;PL;PSS3S şerbetçi şerbetçimden N;ABL;SG;PSS1S temizlemek temizlimeyecek_miyiz? V;IND;1;PL;FUT;NEG;INTR ilklendirmek ilklendirdiniz_mi? V;IND;2;PL;PST;POS;INTR esrarengiz esrarengizmişler ADJ;LGSPEC1;LGSPEC2;3;PL;POS;DECL totemcilik totemciliklerine N;DAT;PL;PSS2S dalga dalgasının N;GEN;SG;PSS3S sararmak sararmadınız V;IND;2;PL;PST;NEG;DECL süzgeç süzgeciniz N;NOM;SG;PSS2P tıraş_olmak tıraş_olmuyordum V;IND;1;SG;PST;PROG;NEG;DECL sindirim sindirimlerinizi N;ACC;PL;PSS2P start startlarımda N;LOC;PL;PSS1S sözcük sözcüğümüz N;NOM;SG;PSS1P kurutmak kurutmadım V;IND;1;SG;PST;NEG;DECL çarmıh çarmıhıma N;DAT;SG;PSS1S gırtlak gırtlağın N;NOM;SG;PSS2S kolonya kolonyalardı N;LGSPEC1;3S;PL;PST açmak açıyorlardı V;IND;3;PL;PST;PROG;POS;DECL röportaj röportajlarınız N;NOM;PL;PSS2P kızan kızanımın N;GEN;SG;PSS1S musluk musluğu N;NOM;SG;PSS3S yetmek yeter_misin? V;IND;2;SG;PRS;POS;INTR yapışmak yapıştın V;IND;2;SG;PST;POS;DECL yanıt yanıtın N;NOM;SG;PSS2S altını_çizmek altını_çizmiyordunuz V;IND;2;PL;PST;PROG;NEG;DECL hükûmet hükûmetinizden N;ABL;SG;PSS2P ekşitmek ekşitmiyorlar_mıydı? V;IND;3;PL;PST;PROG;NEG;INTR bank bankınızın N;GEN;SG;PSS2P gri_kedi gri_kedimde N;LOC;SG;PSS1S yaymak yayıyor_musun? V;IND;2;SG;PRS;PROG;POS;INTR yankı yankılarımızı N;ACC;PL;PSS1P dışkı dışkıda N;LOC;SG şarkıcı şarkıcılarmışsın N;LGSPEC1;2S;PL;LGSPEC2 hastalık hastalıklarda N;LOC;PL klatrat klatratımız N;NOM;SG;PSS1P kerpiç kerpiçleriniz N;NOM;PL;PSS2P kanıtlamak kanıtlayacaksın V;IND;2;SG;FUT;POS;DECL penis penislerimin N;GEN;PL;PSS1S havra havralarınız N;NOM;PL;PSS2P vekil_sunucu vekil_sunucusunuz N;LGSPEC1;2P;SG;PRS giymek giymiyor V;IND;3;SG;PRS;PROG;NEG;DECL barış barışın N;NOM;SG;PSS2S maymun maymununun N;GEN;SG;PSS2S süre_sınırlaması süre_sınırlamalarının N;GEN;PL seccade seccadelerden N;ABL;PL mazot mazotundan N;ABL;SG;PSS2S saban sabanın N;GEN;SG açılmak açılmıyordu V;IND;3;SG;PST;PROG;NEG;DECL yolunmak yolundum_mu? V;IND;1;SG;PST;POS;INTR pelikan pelikanlardın N;LGSPEC1;2S;PL;PST mimari_desen mimari_desenlerine N;DAT;PL;PSS3S fragman fragman N;NOM;SG sorumluluk sorumluluğunuzun N;GEN;SG;PSS2P sönmek söndük_mü? V;IND;1;PL;PST;POS;INTR bitme bitmem N;NOM;SG;PSS1S çalışmak çalıştınız V;IND;2;PL;PST;POS;DECL yapışma yapışmaları N;NOM;PL;PSS3S içyüz içyüzlerimizi N;ACC;PL;PSS1P kontak_lens kontak_lenslerinde N;LOC;PL;PSS3P homonim homonimleriniz N;NOM;PL;PSS2P sürtük sürtüklerdiniz N;LGSPEC1;2P;PL;PST çekirdek çekirdeğime N;DAT;SG;PSS1S canlanılmak canlanılmıyor_mu? V;IND;3;SG;PRS;PROG;NEG;INTR el_sıkışmak el_sıkışmayız V;IND;1;PL;PRS;NEG;DECL ecel ecellerine N;DAT;PL;PSS2S yüksek_fırın yüksek_fırınlar N;NOM;PL hikaye hikayenün N;GEN;SG Nusayrî Nusayrîleri N;ACC;PL kansızlık kansızlıklarından N;ABL;PL;PSS2S homurdanma homurdanmama N;DAT;SG;PSS1S âlem âlemlerini N;ACC;PL;PSS2S mucize mucizelerdim N;LGSPEC1;1S;PL;PST Zagrepli Zagreplilerinden N;ABL;PL;PSS2S öğretmen öğretmenmiş N;LGSPEC1;3S;SG;LGSPEC2 giymek giymezler_mi? V;IND;3;PL;PRS;NEG;INTR mana manalarımızı N;ACC;PL;PSS1P totem toteminden N;ABL;SG;PSS3S dövüşçü dövüşçünüze N;DAT;SG;PSS2P pembe_dizi pembe_dizilerinde N;LOC;PL;PSS3P odacı odacılarına N;DAT;SG;PSS3P lunapark lunaparkınızı N;ACC;SG;PSS2P seçilmek seçilmeyeceğiz V;IND;1;PL;FUT;NEG;DECL kaplan kaplanların N;GEN;PL mucize mucizelerde N;LOC;PL hece hecemi N;ACC;SG;PSS1S yoldurmak yoldurmaz_mıyım? V;IND;1;SG;PRS;NEG;INTR tutku tutkumuza N;DAT;SG;PSS1P külotlu_çorap külotlu_çorabım N;NOM;SG;PSS1S porsuk porsuklarını N;ACC;PL;PSS2S açmak açar_mıyım? V;IND;1;SG;PRS;POS;INTR bitirmek bitirir_miyiz? V;IND;1;PL;PRS;POS;INTR start startlarınızı N;ACC;PL;PSS2P bilye bilyelerine N;DAT;SG;PSS3P sihirli sihirli_miymişler? ADJ;LGSPEC1;LGSPEC2;3;PL;POS;INTR cartayı_çekmek cartayı_çekmeyecek V;IND;3;SG;FUT;NEG;DECL blog blogları N;NOM;PL;PSS3S geyşa geyşan N;NOM;SG;PSS2S kıymak kıydım V;IND;1;SG;PST;POS;DECL yetki yetkileriniz N;NOM;PL;PSS2P ikincil_sürüm ikincil_sürüm N;NOM;SG külah külahımızdan N;ABL;SG;PSS1P izlence izlencelerimin N;GEN;PL;PSS1S iğde iğdede N;LOC;SG mana manandan N;ABL;SG;PSS2S sağlayıcı sağlayıcılarını N;ACC;PL;PSS2S örnek örneğimiz N;NOM;SG;PSS1P kehribar kehribarlarımıza N;DAT;PL;PSS1P dış dışlarında N;LOC;PL;PSS3P asteroit asteroide N;DAT;SG işkence işkencelerimizde N;LOC;PL;PSS1P öfkelendirmek öfkelendirir_mi? V;IND;3;SG;PRS;POS;INTR okumak okumayacak_mıyız? V;IND;1;PL;FUT;NEG;INTR nüfuz nüfuza N;DAT;SG ışın ışınlarını N;ACC;PL;PSS3S bekletmek bekletmeyeceksin V;IND;2;SG;FUT;NEG;DECL sıradan sıradan_mıydım? ADJ;LGSPEC1;PST;1;SG;POS;INTR model-view-presenter model-view-presenterlerimde N;LOC;PL;PSS1S makina makinalarından N;ABL;SG;PSS3P yer yerlerinde N;LOC;SG;PSS3P kelime kelimeymişiz N;LGSPEC1;1P;SG;LGSPEC2 çift çiftine N;DAT;SG;PSS2S mermi mermilerdi N;LGSPEC1;3S;PL;PST pusmak pusmuyor_muydu? V;IND;3;SG;PST;PROG;NEG;INTR dük düklerini N;ACC;SG;PSS3P kırıtmak kırıtmadım V;IND;1;SG;PST;NEG;DECL ongunculuk ongunculuklarınızda N;LOC;PL;PSS2P enstrüman enstrümanınız N;NOM;SG;PSS2P hanım hanımmışız N;LGSPEC1;1P;SG;LGSPEC2 adsız adsızım ADJ;LGSPEC1;PRS;1;SG;POS;DECL kartpostal kartpostalımızın N;GEN;SG;PSS1P sultan sultanınıza N;DAT;SG;PSS2P kapatmak kapatıyorlar_mı? V;IND;3;PL;PRS;PROG;POS;INTR evlenmek evlenmeyecek_miyiz? V;IND;1;PL;FUT;NEG;INTR sevgili sevgililerinizi N;ACC;PL;PSS2P koymak koymuyoruz V;IND;1;PL;PRS;PROG;NEG;DECL işleme işlemene N;DAT;SG;PSS2S sebep sebeplerini N;ACC;PL;PSS3S evcil_sinek evcil_sineklerinden N;ABL;PL;PSS2S yelek yeleklerinin N;GEN;SG;PSS3P jelatin jelatinleri N;NOM;PL;PSS3S fil filde N;LOC;SG lezbiyen lezbiyenlermişiz N;LGSPEC1;1P;PL;LGSPEC2 vade vadelerinde N;LOC;PL;PSS3S roman romanların N;NOM;PL;PSS2S pozisyon pozisyonlarda N;LOC;PL aşık_olmak aşık_olmuyoruz V;IND;1;PL;PRS;PROG;NEG;DECL parlatmak parlatmayacağım V;IND;1;SG;FUT;NEG;DECL bükmek bükecekler_mi? V;IND;3;PL;FUT;POS;INTR salahiyet salahiyetlerinde N;LOC;SG;PSS3P çığırtkanlık çığırtkanlığından N;ABL;SG;PSS2S birleşmek birleşmediniz V;IND;2;PL;PST;NEG;DECL seks_yapmak seks_yapar_mı? V;IND;3;SG;PRS;POS;INTR işlev işlevlerinde N;LOC;PL;PSS3S gelinmek gelinmez_misiniz? V;IND;2;PL;PRS;NEG;INTR kravat kravatınızda N;LOC;SG;PSS2P beyit beyitler N;LGSPEC1;3S;PL;PRS kraker krakerden N;ABL;SG kabalık kabalıklara N;DAT;PL söz_vermek söz_vereceğiz V;IND;1;PL;FUT;POS;DECL huzur huzurlarından N;ABL;PL;PSS3P bozayı bozayılarınızı N;ACC;PL;PSS2P yağlayıcı yağlayıcılarda N;LOC;PL doğmak doğuyorlar V;IND;3;PL;PRS;PROG;POS;DECL fikoloji fikolojileri N;ACC;PL doktor doktorunun N;GEN;SG;PSS2S durmak durdu V;IND;3;SG;PST;POS;DECL balkan balkanlarına N;DAT;SG;PSS3P yıkmak yıktı_mı? V;IND;3;SG;PST;POS;INTR söyleşi söyleşilerime N;DAT;PL;PSS1S deri derilerimizin N;GEN;PL;PSS1P bitki bitkilerden N;ABL;PL baston bastonu N;NOM;SG;PSS3S cezeriye cezeriyemizde N;LOC;SG;PSS1P reaktör reaktörleri N;NOM;PL;PSS3S kusma kusmasından N;ABL;SG;PSS3S kuvvetsizlik kuvvetsizliklerini N;ACC;PL;PSS2S hayırsever hayırseverlerinde N;LOC;PL;PSS2S ortam ortamlarımızın N;GEN;PL;PSS1P arzu arzumuza N;DAT;SG;PSS1P klişe klişelere N;DAT;PL şaşırttırmak şaşırttırmıyor_musunuz? V;IND;2;PL;PRS;PROG;NEG;INTR teorem teoreminizi N;ACC;SG;PSS2P nöron nöronlarınıza N;DAT;PL;PSS2P totemcilik totemciliklerini N;ACC;PL;PSS3P öldürtmek öldürtüyor_muydum? V;IND;1;SG;PST;PROG;POS;INTR günahkâr günahkârınızın N;GEN;SG;PSS2P sunmak sunmuyordum V;IND;1;SG;PST;PROG;NEG;DECL çökerti çökertilerime N;DAT;PL;PSS1S vaziyet vaziyetine N;DAT;SG;PSS3S Türk_kahvesi Türk_kahvesine N;DAT;SG gündöndü gündöndüde N;LOC;SG kedicik kediciklersin N;LGSPEC1;2S;PL;PRS dilmek diliyor_muydunuz? V;IND;2;PL;PST;PROG;POS;INTR paten patenimin N;GEN;SG;PSS1S çökmek çökmeyecek_miyiz? V;IND;1;PL;FUT;NEG;INTR tren trenin N;GEN;SG sinematograf sinematografını N;ACC;SG;PSS2S yardımcı yardımcıların N;GEN;PL eğitim eğitiminin N;GEN;SG;PSS2S kalmak kalmıyor_musunuz? V;IND;2;PL;PRS;PROG;NEG;INTR babaanne babaanne N;NOM;SG dolap_çevirmek dolap_çevirmiyorlar V;IND;3;PL;PRS;PROG;NEG;DECL motorin motorinlerini N;ACC;PL;PSS2S sakin sakinimde N;LOC;SG;PSS1S çalmak çalmıyorlar_mı? V;IND;3;PL;PRS;PROG;NEG;INTR ekstremum ekstremumunda N;LOC;SG;PSS3S dolap_çevirmek dolap_çevirdiler V;IND;3;PL;PST;POS;DECL süs süsünün N;GEN;SG;PSS3S yapışmak yapışmıyor_muyduk? V;IND;1;PL;PST;PROG;NEG;INTR alamet alametiz N;LGSPEC1;1P;SG;PRS Hakk'ın_rahmetine_kavuşmak Hakk'ın_rahmetine_kavuşmazlar_mı? V;IND;3;PL;PRS;NEG;INTR gerçek_sayı gerçek_sayıyı N;ACC;SG sınır sınırları N;ACC;PL örtü örtülerdin N;LGSPEC1;2S;PL;PST göt götlerinde N;LOC;PL;PSS3P sıyırmak sıyırmayacaklar_mı? V;IND;3;PL;FUT;NEG;INTR model-view-presenter model-view-presenterlerinden N;ABL;PL;PSS2S çizmeci çizmeciydim N;LGSPEC1;1S;SG;PST üzülmek üzülürüz V;IND;1;PL;PRS;POS;DECL geciktirmek geciktirmiyorsunuz V;IND;2;PL;PRS;PROG;NEG;DECL kategori kategorilerini N;ACC;PL;PSS3P kapı kapımızın N;GEN;SG;PSS1P doğmak doğuyordu V;IND;3;SG;PST;PROG;POS;DECL müsaade müsaadelerimi N;ACC;PL;PSS1S kuvvet kuvvetleri N;NOM;PL;PSS3S ayarlattırmak ayarlattırmazlar_mı? V;IND;3;PL;PRS;NEG;INTR sonsuzluk sonsuzluklarında N;LOC;PL;PSS3S işkencecilik işkenceciliklerin N;GEN;PL omlet omletinizde N;LOC;SG;PSS2P son sonuna N;DAT;SG;PSS2S sıralama_algoritması sıralama_algoritması N;NOM;SG votka votkalarmış N;LGSPEC1;3P;PL;LGSPEC2 pişirmek pişirmeyeceğiz V;IND;1;PL;FUT;NEG;DECL kurutmak kurutmuyordun V;IND;2;SG;PST;PROG;NEG;DECL entomoloji entomolojiden N;ABL;SG hedonizm hedonizmlerinde N;LOC;PL;PSS3S doğu doğuydum N;LGSPEC1;1S;SG;PST açlık açlığa N;DAT;SG parça parçalarını N;ACC;PL;PSS2S yarışma yarışmamıza N;DAT;SG;PSS1P almak almayız V;IND;1;PL;PRS;NEG;DECL karakol karakolumuzda N;LOC;SG;PSS1P maç maçımın N;GEN;SG;PSS1S dinozor dinozorlarız N;LGSPEC1;1P;PL;PRS embriyo embriyona N;DAT;SG;PSS2S viski viskiydiniz N;LGSPEC1;2P;SG;PST diş dişlerim N;NOM;PL;PSS1S ön_ek ön_ekimize N;DAT;SG;PSS1P tanga tangadan N;ABL;SG yardım yardımları N;NOM;PL;PSS3S kımız kımızlarının N;GEN;PL;PSS2S striptiz striptizimiz N;NOM;SG;PSS1P ecel ecelin N;GEN;SG acımak acımadım V;IND;1;SG;PST;NEG;DECL sattırmak satırtmaz_mıyım? V;IND;1;SG;PRS;NEG;INTR müzisyen müzisyenimize N;DAT;SG;PSS1P yüksük yüksüklerinizi N;ACC;PL;PSS2P canlandırtılmak canlandırtılır_mıyız? V;IND;1;PL;PRS;POS;INTR sandviç sandviçlerimden N;ABL;PL;PSS1S hastane hastanelerim N;NOM;PL;PSS1S öğrenci öğrencilerden N;ABL;PL yapılmak yapılmadılar V;IND;3;PL;PST;NEG;DECL evlenmek evlenmedim_mi? V;IND;1;SG;PST;NEG;INTR karı karınız N;NOM;SG;PSS2P yapışma yapışmalarına N;DAT;PL;PSS3S otostop otostobumuzun N;GEN;SG;PSS1P sezmek sezer_misiniz? V;IND;2;PL;PRS;POS;INTR ilköğretim ilköğretimimi N;ACC;SG;PSS1S sürünmek sürünecek_misin? V;IND;2;SG;FUT;POS;INTR sosis sosisten N;ABL;SG dernek dernekten N;ABL;SG barbar barbar_değilsiniz ADJ;LGSPEC1;PRS;2;PL;NEG;DECL kader kaderimizi N;ACC;SG;PSS1P pasif pasif_değil_misiniz? ADJ;LGSPEC1;PRS;2;PL;NEG;INTR gri_kedi gri_kedilersin N;LGSPEC1;2S;PL;PRS heteroseksüel heteroseksüellerinde N;LOC;PL;PSS3S savaşçı savaşçılarımızda N;LOC;PL;PSS1P malumat malumatında N;LOC;SG;PSS2S sümürmek sümürdüler_mü? V;IND;3;PL;PST;POS;INTR kural kuralında N;LOC;SG;PSS3S sürülmek sürülüyoruz V;IND;1;PL;PRS;PROG;POS;DECL ziyaret ziyaretlerin N;GEN;PL imrenmek imrenmezler V;IND;3;PL;PRS;NEG;DECL akrep akrebiz N;LGSPEC1;1P;SG;PRS dakika dakikamızı N;ACC;SG;PSS1P yan_cümle yan_cümlede N;LOC;SG geçmek geçmiyor_muydum? V;IND;1;SG;PST;PROG;NEG;INTR sakal sakalınız N;NOM;SG;PSS2P boşanmak boşanacak_mısın? V;IND;2;SG;FUT;POS;INTR hırsız hırsızımıza N;DAT;SG;PSS1P verdirmek verdirdiler_mi? V;IND;3;PL;PST;POS;INTR gözleme gözlemelerin N;NOM;PL;PSS2S haberleşmek haberleşmiyorsunuz V;IND;2;PL;PRS;PROG;NEG;DECL gizemli gizemli_değilmişsin ADJ;LGSPEC1;LGSPEC2;2;SG;NEG;DECL heyecanlandırtmak heyecanlandırtmaz_mı? V;IND;3;SG;PRS;NEG;INTR kuruş kuruşa N;DAT;SG söz_vermek söz_vermiyor_muyuz? V;IND;1;PL;PRS;PROG;NEG;INTR öğütmek öğütüyordum V;IND;1;SG;PST;PROG;POS;DECL yenilmek yeniliyorlar_mıydı? V;IND;3;PL;PST;PROG;POS;INTR duymama duymamaları N;ACC;PL hasta hastalarımızın N;GEN;PL;PSS1P telaffuz telaffuzların N;GEN;PL artçı_deprem artçı_depremmişsin N;LGSPEC1;2S;SG;LGSPEC2 hinterlant hinterlantlarına N;DAT;PL;PSS2S kuma kumalarının N;GEN;PL;PSS3P sağduyu sağduyuya N;DAT;SG altını_çizmek altını_çizecek_miyim? V;IND;1;SG;FUT;POS;INTR tatbik tatbiklerimden N;ABL;PL;PSS1S vazo vazolarının N;GEN;PL;PSS3S bileşik bileşiğinize N;DAT;SG;PSS2P kaynaştırtmak kaynaştırtmadınız_mı? V;IND;2;PL;PST;NEG;INTR iftitah iftitahlarından N;ABL;PL;PSS3P ölçtürmek ölçtürmeyecek_mi? V;IND;3;SG;FUT;NEG;INTR kirpi kirpilerimi N;ACC;PL;PSS1S alındırtmak alındırtıyorlardı V;IND;3;PL;PST;PROG;POS;DECL neşe neşene N;DAT;SG;PSS2S yanardağ yanardağlarımızın N;GEN;PL;PSS1P küme küme N;NOM;SG acımak acımayacaklar V;IND;3;PL;FUT;NEG;DECL hülya hülyaları N;NOM;PL;PSS3P monolog monoloğun N;NOM;SG;PSS2S şaka şakalar N;NOM;PL içermek içermiyorlar V;IND;3;PL;PRS;PROG;NEG;DECL kısalık kısalığımızda N;LOC;SG;PSS1P uzunluk uzunluklarından N;ABL;SG;PSS3P başkan başkanlarını N;ACC;PL;PSS2S ördek ördeklerine N;DAT;PL;PSS3P laço laçolarsınız N;LGSPEC1;2P;PL;PRS tiyatro tiyatrolardınız N;LGSPEC1;2P;PL;PST kaltak kaltaklarınız N;NOM;PL;PSS2P balıkçı balıkçılarımızın N;GEN;PL;PSS1P fırtına fırtınalarımızı N;ACC;PL;PSS1P çıkarmak çıkarmadım V;IND;1;SG;PST;NEG;DECL sinematograf sinematografımıza N;DAT;SG;PSS1P simit simitleri N;NOM;SG;PSS3P sürüm sürümler N;NOM;PL sevişmek sevişecekler_mi? V;IND;3;PL;FUT;POS;INTR manti mantilerimin N;GEN;PL;PSS1S uyarmak uyardım_mı? V;IND;1;SG;PST;POS;INTR anahtarlık anahtarlıklarının N;GEN;PL;PSS2S coşkulu coşkulu_değiller_mi? ADJ;LGSPEC1;PRS;3;PL;NEG;INTR asteroit asteroidimizde N;LOC;SG;PSS1P müstahdem müstahdemlerimden N;ABL;PL;PSS1S Bengal_kaplanı Bengal_kaplanlarının N;GEN;PL Belgratlı Belgratlıların N;GEN;PL filozof filozoflarına N;DAT;PL;PSS3S geciktirmek geciktirmediler V;IND;3;PL;PST;NEG;DECL tümce tümcelerime N;DAT;PL;PSS1S öldürtülmek öldürtüldünüz_mü? V;IND;2;PL;PST;POS;INTR çarpmak çarptı V;IND;3;SG;PST;POS;DECL acıtmak acıtmadılar V;IND;3;PL;PST;NEG;DECL paylaştırma paylaştırmalarımızı N;ACC;PL;PSS1P tanışmak tanışmadı V;IND;3;SG;PST;NEG;DECL et etlerini N;ACC;SG;PSS3P grup gruplarınıza N;DAT;PL;PSS2P devinim devinimlerine N;DAT;SG;PSS3P dövüş dövüşlerinde N;LOC;PL;PSS2S deşmek deşmez_misiniz? V;IND;2;PL;PRS;NEG;INTR dalmak dalmazsınız V;IND;2;PL;PRS;NEG;DECL deli delilerimden N;ABL;PL;PSS1S kaldıraç kaldıraçtı N;LGSPEC1;3S;SG;PST hiperbol hiperbollerinin N;GEN;PL;PSS3S aşiret aşiretlerinden N;ABL;PL;PSS3P endoplazmik_retikulum endoplazmik_retikulumlarda N;LOC;PL öğretmen öğretmendim N;LGSPEC1;1S;SG;PST tükenmek tükenmez_miyim? V;IND;1;SG;PRS;NEG;INTR yüzey yüzeyler N;NOM;PL sezmek sezmeyeceğiz V;IND;1;PL;FUT;NEG;DECL parça parçadan N;ABL;SG gelir gelirine N;DAT;SG;PSS2S mevki mevkilerimde N;LOC;PL;PSS1S kaynamak kaynamadık V;IND;1;PL;PST;NEG;DECL çoklu_kalıtım çoklu_kalıtımdan N;ABL;SG nohut nohutları N;NOM;SG;PSS3P porno pornolarının N;GEN;PL;PSS3P canlanılmak canlanılıyor_muydunuz? V;IND;2;PL;PST;PROG;POS;INTR altdil altdillerinizde N;LOC;PL;PSS2P havra havralarıma N;DAT;PL;PSS1S delik deliklerde N;LOC;PL binek bineklerimde N;LOC;PL;PSS1S kovulmak kovuldun_mu? V;IND;2;SG;PST;POS;INTR içmek içmedik V;IND;1;PL;PST;NEG;DECL dermek dermiyor_muydun? V;IND;2;SG;PST;PROG;NEG;INTR yatak yatakları N;NOM;PL;PSS3P bay baylarımızın N;GEN;PL;PSS1P mezuniyet mezuniyete N;DAT;SG dolap dolabınıza N;DAT;SG;PSS2P smiley smileyimin N;GEN;SG;PSS1S olgunluk olgunluklarınızdan N;ABL;PL;PSS2P mana mananı N;ACC;SG;PSS2S şerbetçilik şerbetçiliklerinizde N;LOC;PL;PSS2P kolaj kolajları N;NOM;PL;PSS3S babalı babalılardır N;LGSPEC1;3P;PL;PRS müellif müellifin N;NOM;SG;PSS2S enginar enginarımızın N;GEN;SG;PSS1P göç göçümüze N;DAT;SG;PSS1P altdil altdilimize N;DAT;SG;PSS1P kısrak kısrağında N;LOC;SG;PSS2S saldırmak saldıracaksınız V;IND;2;PL;FUT;POS;DECL kapı_yapmak kapı_yapıyorsun V;IND;2;SG;PRS;PROG;POS;DECL parlatmak parlatmazlar_mı? V;IND;3;PL;PRS;NEG;INTR türü türüde N;LOC;SG paparazi paparazilerini N;ACC;PL;PSS2S geçmek geçmeyeceğiz V;IND;1;PL;FUT;NEG;DECL veri verinizde N;LOC;SG;PSS2P eksen ekseninde N;LOC;SG;PSS3S öğütücü öğütücülerimden N;ABL;PL;PSS1S Zagrepli Zagreplimde N;LOC;SG;PSS1S sivilce sivilcemden N;ABL;SG;PSS1S paparazi paparazilersin N;LGSPEC1;2S;PL;PRS örnek örnekmişsiniz N;LGSPEC1;2P;SG;LGSPEC2 çıkmaz_sokak çıkmaz_sokaklarınız N;NOM;PL;PSS2P fok fokumuzda N;LOC;SG;PSS1P azmak azmadım_mı? V;IND;1;SG;PST;NEG;INTR yangın yangınlarının N;GEN;SG;PSS3P tarihçi tarihçilermişsin N;LGSPEC1;2S;PL;LGSPEC2 bisküvi bisküvilerinize N;DAT;PL;PSS2P deyim deyimlerini N;ACC;PL;PSS3S kısalık kısalıklardan N;ABL;PL kara_tahta kara_tahtaların N;NOM;PL;PSS2S balta baltalarımızın N;GEN;PL;PSS1P kurbağa kurbağada N;LOC;SG analitik_geometri analitik_geometrisine N;DAT;SG;PSS3S kebap kebaplar N;NOM;PL amca amcalarmışsın N;LGSPEC1;2S;PL;LGSPEC2 ülke ülkelerimde N;LOC;PL;PSS1S malamoz malamozlardınız N;LGSPEC1;2P;PL;PST bildirmek bildirmedin V;IND;2;SG;PST;NEG;DECL makyaj_yapmak makyaj_yapmadınız_mı? V;IND;2;PL;PST;NEG;INTR X_ışını X_ışınının N;GEN;SG takmak takmayacak_mısın? V;IND;2;SG;FUT;NEG;INTR taverna tavernaların N;GEN;PL meşale meşalende N;LOC;SG;PSS2S ayırmak ayırmazsın V;IND;2;SG;PRS;NEG;DECL yaprak yapraklarından N;ABL;SG;PSS3P sorumluluk sorumluluğunun N;GEN;SG;PSS3S yorum yorumlarımızda N;LOC;PL;PSS1P dalgıç dalgıcımdan N;ABL;SG;PSS1S şeftali şeftalinizden N;ABL;SG;PSS2P ortak ortağımız N;NOM;SG;PSS1P sinir_hücresi sinir_hücresinde N;LOC;SG çelik çeliklerinden N;ABL;SG;PSS3P kızgın kızgın_değil_miymişiz? ADJ;LGSPEC1;LGSPEC2;1;PL;NEG;INTR cızlamı_çekmek cızlamı_çekmiyordunuz V;IND;2;PL;PST;PROG;NEG;DECL türemek türemiyor_musunuz? V;IND;2;PL;PRS;PROG;NEG;INTR elmas elmasının N;GEN;SG;PSS3S kedicik kediciklermiş N;LGSPEC1;3P;PL;LGSPEC2 iftitah iftitahımın N;GEN;SG;PSS1S nöron nöronda N;LOC;SG şaşırtmak şaşırtacak_mıyız? V;IND;1;PL;FUT;POS;INTR gizlenmek gizlenmiyorum V;IND;1;SG;PRS;PROG;NEG;DECL yapmak yapıyorlar_mı? V;IND;3;PL;PRS;PROG;POS;INTR aşmak aşıyor_muyum? V;IND;1;SG;PRS;PROG;POS;INTR korunma korunmalarını N;ACC;PL;PSS2S hür_yazılım hür_yazılımın N;NOM;SG;PSS2S liste listede N;LOC;SG yağlamak yağlamam V;IND;1;SG;PRS;NEG;DECL önemlilik önemliliğinde N;LOC;SG;PSS2S fındık_kırmak fındık_kırmıyordun V;IND;2;SG;PST;PROG;NEG;DECL çalışmak çalışmadık V;IND;1;PL;PST;NEG;DECL seçenek seçeneklerin N;GEN;PL saksafon saksafonunuza N;DAT;SG;PSS2P heyecanlanmak heyecanlandınız V;IND;2;PL;PST;POS;DECL vilayet vilayetlerini N;ACC;PL;PSS3P mayo mayomu N;ACC;SG;PSS1S küpe küpenizden N;ABL;SG;PSS2P asa asasında N;LOC;SG;PSS3S bakmak bakıyorlar_mı? V;IND;3;PL;PRS;PROG;POS;INTR germek geriyor_muydunuz? V;IND;2;PL;PST;PROG;POS;INTR kuvvetlilik kuvvetliliklerinde N;LOC;PL;PSS3P aş aşlarımızı N;ACC;PL;PSS1P nal nalından N;ABL;SG;PSS3S tanışmak tanışacak_mıyız? V;IND;1;PL;FUT;POS;INTR kötüleşmek kötüleşmiyorlar_mıydı? V;IND;3;PL;PST;PROG;NEG;INTR çağırmak çağırdılar V;IND;3;PL;PST;POS;DECL yasa yasandan N;ABL;SG;PSS2S albüm albümden N;ABL;SG bedevi bedevilerimizde N;LOC;PL;PSS1P toprak_olmak toprak_oldum V;IND;1;SG;PST;POS;DECL serpmek serpiyorum V;IND;1;SG;PRS;PROG;POS;DECL mim mimlerimin N;GEN;PL;PSS1S fırın fırınlarımızda N;LOC;PL;PSS1P platform platformlarımızın N;GEN;PL;PSS1P Hakk'ın_rahmetine_kavuşmak Hakk'ın_rahmetine_kavuşurlar V;IND;3;PL;PRS;POS;DECL şaşmak şaşıyordu V;IND;3;SG;PST;PROG;POS;DECL deney deneylerden N;ABL;PL aşk aşklarınızın N;GEN;PL;PSS2P sonsuz sonsuzunuzun N;GEN;SG;PSS2P topluluk topluluklardık N;LGSPEC1;1P;PL;PST yengeç yengeçlerimizin N;GEN;PL;PSS1P sürü sürülerinizi N;ACC;PL;PSS2P fare farelermişsiniz N;LGSPEC1;2P;PL;LGSPEC2 paylaşmak paylaştık V;IND;1;PL;PST;POS;DECL götürmek götürdük V;IND;1;PL;PST;POS;DECL aldırtmamak aldırtmatınız_mı? V;IND;2;PL;PST;POS;INTR maske maskeni N;ACC;SG;PSS2S göstermek gösterecek_misin? V;IND;2;SG;FUT;POS;INTR kasık kasığını N;ACC;SG;PSS2S jaluzi jaluzimize N;DAT;SG;PSS1P sümük sümüğünüzün N;GEN;SG;PSS2P müezzin müezzinlerinin N;GEN;PL;PSS3P asmak asacak_mı? V;IND;3;SG;FUT;POS;INTR boğaz boğazlarımızın N;GEN;PL;PSS1P zırtgel zırtgellerinin N;GEN;PL;PSS3S kusmak kusmayacak_mısın? V;IND;2;SG;FUT;NEG;INTR jelatin jelatinlerine N;DAT;SG;PSS3P müstahdem müstahdemdim N;LGSPEC1;1S;SG;PST yaban_çileği yaban_çileklerinden N;ABL;PL jartiyer jartiyerlerimize N;DAT;PL;PSS1P acı acılardı N;LGSPEC1;3S;PL;PST bütünleşmek bütünleşmiyor V;IND;3;SG;PRS;PROG;NEG;DECL çubuk çubukta N;LOC;SG burkmak burkuyordum V;IND;1;SG;PST;PROG;POS;DECL tat tatlarınız N;NOM;PL;PSS2P hoca hocaydın N;LGSPEC1;2S;SG;PST üre üresinin N;GEN;SG;PSS3S ayarlanmak ayarlanıyor_muydu? V;IND;3;SG;PST;PROG;POS;INTR uğratmak uğratır_mısınız? V;IND;2;PL;PRS;POS;INTR taşeron taşeronunda N;LOC;SG;PSS2S battaniye battaniyelerin N;NOM;PL;PSS2S kavak kavaklarında N;LOC;PL;PSS3S otuz_birci otuz_birciyim N;LGSPEC1;1S;SG;PRS aynasız aynasızından N;ABL;SG;PSS3S doktor doktorumuz N;NOM;SG;PSS1P dikdörtgen dikdörtgenleri N;NOM;PL;PSS3P karadul karadullardan N;ABL;PL ileri ilerilerinden N;ABL;PL;PSS3P taklitçi taklitçisini N;ACC;SG;PSS3S başrahip başrahiplersiniz N;LGSPEC1;2P;PL;PRS ilklendirmek ilklendirmiyorsun V;IND;2;SG;PRS;PROG;NEG;DECL vurmak vurmuyor_muyduk? V;IND;1;PL;PST;PROG;NEG;INTR ceviz cevizlerime N;DAT;PL;PSS1S giymek giymiyorlar V;IND;3;PL;PRS;PROG;NEG;DECL şehir şehirlerine N;DAT;PL;PSS2S alt altlarıma N;DAT;PL;PSS1S yanak yanaklarını N;ACC;PL;PSS3P sure surelere N;DAT;PL çalmak çaldınız_mı? V;IND;2;PL;PST;POS;INTR kontak_lens kontak_lenslere N;DAT;PL katil katilimi N;ACC;SG;PSS1S erimek eridi V;IND;3;SG;PST;POS;DECL puro puroları N;NOM;SG;PSS3P migren migrenimde N;LOC;SG;PSS1S salahiyet salahiyetlerinizde N;LOC;PL;PSS2P aldırmak aldıracağım V;IND;1;SG;FUT;POS;DECL ahize ahizemizde N;LOC;SG;PSS1P kipa kipası N;NOM;SG;PSS3S teşhis teşhislerinize N;DAT;PL;PSS2P günlük günlükleri N;NOM;SG;PSS3P kalpak kalpaklarının N;GEN;PL;PSS2S ürün ürününüzü N;ACC;SG;PSS2P yıpranmak yıpranmaz_mı? V;IND;3;SG;PRS;NEG;INTR müsaade müsaadesinde N;LOC;SG;PSS3S mumya mumya N;LGSPEC1;3S;SG;PRS aşık aşıklar N;LGSPEC1;3S;PL;PRS toprak_olmak toprak_oldunuz_mu? V;IND;2;PL;PST;POS;INTR göçmek göçüyor_muydunuz? V;IND;2;PL;PST;PROG;POS;INTR kimofobi kimofobi N;NOM;SG milyoner milyonerinden N;ABL;SG;PSS2S nefret nefretlerine N;DAT;PL;PSS2S kaldıraç kaldıraçlarınızda N;LOC;PL;PSS2P örnek örneklerinizin N;GEN;PL;PSS2P patlamak patladınız_mı? V;IND;2;PL;PST;POS;INTR devir devirdim N;LGSPEC1;1S;SG;PST uyanmak uyanmıyor_muyuz? V;IND;1;PL;PRS;PROG;NEG;INTR kruvasan kruvasanlarında N;LOC;SG;PSS3P kelepçe kelepçelerimizin N;GEN;PL;PSS1P dikdörtgen dikdörtgeni N;NOM;SG;PSS3S seslenmek seslenmeyeceğiz V;IND;1;PL;FUT;NEG;DECL filozof filozofumuz N;NOM;SG;PSS1P öğreti öğretini N;ACC;SG;PSS2S pöhrenk pöhrenk N;LGSPEC1;3S;SG;PRS sunucu sunucularına N;DAT;SG;PSS3P ergenlik ergenlikten N;ABL;SG ayakkabı ayakkabısına N;DAT;SG;PSS3S anasızlık anasızlıkları N;NOM;SG;PSS3P enstrüman enstrümanıma N;DAT;SG;PSS1S mama mamalarım N;NOM;PL;PSS1S salmak salmadınız V;IND;2;PL;PST;NEG;DECL nişanlı nişanlı N;NOM;SG teyze teyzelerin N;GEN;PL kaset kasetlerime N;DAT;PL;PSS1S seçmek seçecek_misin? V;IND;2;SG;FUT;POS;INTR güzelleştirmek güzelleştirecek V;IND;3;SG;FUT;POS;DECL site sitesinde N;LOC;SG;PSS3S ambulans ambulans N;NOM;SG sürtük sürtüklerinde N;LOC;PL;PSS2S üşümek üşüyecekler V;IND;3;PL;FUT;POS;DECL matla matlaydınız N;LGSPEC1;2P;SG;PST acıkmak acıkmadılar_mı? V;IND;3;PL;PST;NEG;INTR alıç alıcımı N;ACC;SG;PSS1S teşhir teşhirlerini N;ACC;PL;PSS3S diferansiyel_denklem diferansiyel_denklemi N;NOM;SG;PSS3S kullanma kullanmalarımdan N;ABL;PL;PSS1S gücenmek gücenmiyorduk V;IND;1;PL;PST;PROG;NEG;DECL laço laçoları N;NOM;PL;PSS3S peron peronda N;LOC;SG fişek fişeğimi N;ACC;SG;PSS1S bozayı bozayılardın N;LGSPEC1;2S;PL;PST kolon kolonlarını N;ACC;PL;PSS3P şelale şelaleleri N;ACC;PL olay olaylarını N;ACC;SG;PSS3P yetkili_sunucu yetkili_sunucularmışım N;LGSPEC1;1S;PL;LGSPEC2 yumurta yumurtalarmış N;LGSPEC1;3S;PL;LGSPEC2 delirmek delirecek_miyim? V;IND;1;SG;FUT;POS;INTR canlandırtılmak canlandırtılmaz_mıyız? V;IND;1;PL;PRS;NEG;INTR kirletmek kirletmedik_mi? V;IND;1;PL;PST;NEG;INTR bezmek bezmiyorum V;IND;1;SG;PRS;PROG;NEG;DECL öğrenmek öğrenmeyeceksin V;IND;2;SG;FUT;NEG;DECL mantıklı mantıklı_değil_miydik? ADJ;LGSPEC1;PST;1;PL;NEG;INTR işemek işemiyordular V;IND;3;PL;PST;PROG;NEG;DECL direk direğimi N;ACC;SG;PSS1S araç araçtan N;ABL;SG sünger süngerlerini N;ACC;PL;PSS3S frizbi frizbilerinizden N;ABL;PL;PSS2P bükmeme bükmemeyi N;ACC;SG sinagog sinagoglarının N;GEN;PL;PSS2S takvim takvimlerinde N;LOC;SG;PSS3P sözlükçü sözlükçüm N;NOM;SG;PSS1S hiperbol hiperbolleri N;NOM;SG;PSS3P moda modaları N;NOM;PL;PSS3S verimsizleştirmek verimsizleştirmez_mi? V;IND;3;SG;PRS;NEG;INTR salata salataydı N;LGSPEC1;3S;SG;PST hıçkırık hıçkırığımdan N;ABL;SG;PSS1S çizmek çizmiyor_muyduk? V;IND;1;PL;PST;PROG;NEG;INTR yer yerine N;DAT;SG;PSS3S şehir şehrimde N;LOC;SG;PSS1S gayzer gayzerlerimizde N;LOC;PL;PSS1P mühimlik mühimliğimizden N;ABL;SG;PSS1P giymek giymiyorduk V;IND;1;PL;PST;PROG;NEG;DECL olmak oluyorum V;IND;1;SG;PRS;PROG;POS;DECL gey geylerinizi N;ACC;PL;PSS2P ece ecelerdiniz N;LGSPEC1;2P;PL;PST afiyet afiyetlerinden N;ABL;PL;PSS2S koymak koymuyor_muydun? V;IND;2;SG;PST;PROG;NEG;INTR kerpiç kerpiçlerinde N;LOC;SG;PSS3P umur umurlarının N;GEN;PL;PSS3P yaratı yaratında N;LOC;SG;PSS2S kaynaç kaynacının N;GEN;SG;PSS3S cartayı_çekmek cartayı_çekmezler_mi? V;IND;3;PL;PRS;NEG;INTR nalları_dikmek nalları_dikmediniz_mi? V;IND;2;PL;PST;NEG;INTR nosyon nosyonundan N;ABL;SG;PSS2S dişlek dişleğim N;NOM;SG;PSS1S karıştırtmak karıştırtmadın V;IND;2;SG;PST;NEG;DECL uçak uçaklarında N;LOC;SG;PSS3P nefes_almak nefes_almıyor_muydunuz? V;IND;2;PL;PST;PROG;NEG;INTR büst büstlerinin N;GEN;PL;PSS2S abajurcu abajurcunun N;GEN;SG;PSS2S düzeltmek düzelmiyorlar_mıydı? V;IND;3;PL;PST;PROG;NEG;INTR usta ustalarının N;GEN;PL;PSS3P buharlaşmak buharlaşmadık V;IND;1;PL;PST;NEG;DECL şafak şafaklarım N;NOM;PL;PSS1S benek beneklerinin N;GEN;PL;PSS3P dövme dövmen N;NOM;SG;PSS2S okul okulu N;ACC;SG geyşa geyşamdan N;ABL;SG;PSS1S ikiz ikizlerinden N;ABL;PL;PSS3P yoldaş yoldaşlarım N;LGSPEC1;1S;PL;PRS sille sillenizde N;LOC;SG;PSS2P efe efenin N;GEN;SG sanmak sanmıyor_muydu? V;IND;3;SG;PST;PROG;NEG;INTR özel_okul özel_okulumuzu N;ACC;SG;PSS1P övgü övgümüz N;NOM;SG;PSS1P benzer benzerlerden N;ABL;PL yaprak yapraklarımda N;LOC;PL;PSS1S büyülü büyülü_değil_miymişiz? ADJ;LGSPEC1;LGSPEC2;1;PL;NEG;INTR final_sınıf final_sınıfınızın N;GEN;SG;PSS2P tayfa tayfası N;NOM;SG;PSS3S şamarlamak şamarlamıyordunuz V;IND;2;PL;PST;PROG;NEG;DECL uygulama uygulamalarımızda N;LOC;PL;PSS1P bulunma_hali bulunma_hallerinin N;GEN;PL kül küllerinden N;ABL;PL;PSS3S solumak solumuyorlar_mıydı? V;IND;3;PL;PST;PROG;NEG;INTR kuyu kuyularımızda N;LOC;PL;PSS1P sökmek sökmüyor_musun? V;IND;2;SG;PRS;PROG;NEG;INTR altdil altdillerine N;DAT;PL;PSS2S mandal mandallarmış N;LGSPEC1;3P;PL;LGSPEC2 ambulans ambulansları N;NOM;PL;PSS3S daldırmak daldırmayacağız V;IND;1;PL;FUT;NEG;DECL baykuş baykuşları N;NOM;SG;PSS3P paskalya paskalyamızı N;ACC;SG;PSS1P cevap_vermek cevap_vermez_miyim? V;IND;1;SG;PRS;NEG;INTR leş leşler N;NOM;PL dindarlık dindarlıklarını N;ACC;PL;PSS2S yüzme yüzmeleri N;ACC;PL sözlük sözlüklermişiz N;LGSPEC1;1P;PL;LGSPEC2 döndürmek döndürüyorum V;IND;1;SG;PRS;PROG;POS;DECL kâse kâselerinden N;ABL;PL;PSS3P dizmek dizmez_mi? V;IND;3;SG;PRS;NEG;INTR sugeçirmez_yapmak sugeçirmez_yapmıyorlar_mıydı? V;IND;3;PL;PST;PROG;NEG;INTR solunum solunumumdan N;ABL;SG;PSS1S balkan balkanlarına N;DAT;PL;PSS3P sinirlendirmek sinirlendirmiyordun V;IND;2;SG;PST;PROG;NEG;DECL otizm otizmi N;ACC;SG tipografya tipografyaya N;DAT;SG dolmak dolmuyor_muydunuz? V;IND;2;PL;PST;PROG;NEG;INTR kıymak kıyar V;IND;3;SG;PRS;POS;DECL çadır çadırınıza N;DAT;SG;PSS2P dürbün dürbünlerinde N;LOC;PL;PSS3P yalan yalanlarının N;GEN;SG;PSS3P malamoz malamozlarını N;ACC;SG;PSS3P yer yermişim N;LGSPEC1;1S;SG;LGSPEC2 börülce börülcelerinin N;GEN;SG;PSS3P takmak takacak_mıyız? V;IND;1;PL;FUT;POS;INTR homonim homonimlerini N;ACC;PL;PSS3P Lefkoşalı Lefkoşalılarının N;GEN;PL;PSS3P alamet alametlerinin N;GEN;PL;PSS3S kaldıraç kaldıraçlarına N;DAT;PL;PSS2S orta_parmak orta_parmağınız N;NOM;SG;PSS2P şişmek şişiyorsunuz V;IND;2;PL;PRS;PROG;POS;DECL dizmek dizmedik_mi? V;IND;1;PL;PST;NEG;INTR kümbet kümbet N;NOM;SG Mogadişulu Mogadişuluların N;NOM;PL;PSS2S süs süslerdiniz N;LGSPEC1;2P;PL;PST koruyucu koruyucumun N;GEN;SG;PSS1S bellek belleğe N;DAT;SG orangutan orangutanlarımızda N;LOC;PL;PSS1P altını_çizmek altını_çizmiyor_muydunuz? V;IND;2;PL;PST;PROG;NEG;INTR kaynamak kaynarlar_mı? V;IND;3;PL;PRS;POS;INTR metres metresler N;NOM;PL yıpranmak yıpranıyor V;IND;3;SG;PRS;PROG;POS;DECL bezmek bezmeyeceğiz V;IND;1;PL;FUT;NEG;DECL yaratmak yaratıyor_muyduk? V;IND;1;PL;PST;PROG;POS;INTR ilerletmek ilerletiyor_muyduk? V;IND;1;PL;PST;PROG;POS;INTR bakma bakmalarından N;ABL;PL;PSS3S garp garplarıma N;DAT;PL;PSS1S sıyırmak sıyırmazsınız V;IND;2;PL;PRS;NEG;DECL germek germeyecek_miyim? V;IND;1;SG;FUT;NEG;INTR alçak alçak_değil_miymişler? ADJ;LGSPEC1;LGSPEC2;3;PL;NEG;INTR delirmek delirmiyorlar_mı? V;IND;3;PL;PRS;PROG;NEG;INTR çökermek çökeriyordunuz V;IND;2;PL;PST;PROG;POS;DECL fitil fitillerinizin N;GEN;PL;PSS2P direk direğinde N;LOC;SG;PSS3S bağlamak bağlamıyor_musunuz? V;IND;2;PL;PRS;PROG;NEG;INTR özlem özlemlerinize N;DAT;PL;PSS2P yağlamak yağlamaz_mısınız? V;IND;2;PL;PRS;NEG;INTR dağılmak dağılmıyor_muyuz? V;IND;1;PL;PRS;PROG;NEG;INTR biseksüel biseksüeldim N;LGSPEC1;1S;SG;PST ilklendirme ilklendirmelerimiz N;NOM;PL;PSS1P desen_dili desen_dilleri N;NOM;PL külfet külfetten N;ABL;SG doğru doğru_muydum? ADJ;LGSPEC1;PST;1;SG;POS;INTR çağırmak çağırmıyorsun V;IND;2;SG;PRS;PROG;NEG;DECL reaktör reaktörleri N;NOM;PL;PSS3P alındırmak alındırdın V;IND;2;SG;PST;POS;DECL omurga omurgaydım N;LGSPEC1;1S;SG;PST sözlükçü sözlükçülere N;DAT;PL kuşkonmaz kuşkonmazları N;ACC;PL şaşırmak şaşırmadık_mı? V;IND;1;PL;PST;NEG;INTR koku kokuymuşuz N;LGSPEC1;1P;SG;LGSPEC2 insanımsı insanımsının N;GEN;SG;PSS2S tasarım tasarımını N;ACC;SG;PSS3S balina balinamızda N;LOC;SG;PSS1P mazot mazotumuzun N;GEN;SG;PSS1P numaralama numaralamalarımızı N;ACC;PL;PSS1P salon salonun N;NOM;SG;PSS2S cami camilerini N;ACC;PL;PSS3P hamız hamızlarımızda N;LOC;PL;PSS1P sosis sosislerimin N;GEN;PL;PSS1S parçacık parçacıklarınızın N;GEN;PL;PSS2P kızlık kızlıklarında N;LOC;PL;PSS2S sesteş sesteşimde N;LOC;SG;PSS1S saldırmak saldırıyorlar V;IND;3;PL;PRS;PROG;POS;DECL mum mumlarınızı N;ACC;PL;PSS2P pena penayı N;ACC;SG yıldız yıldızlarından N;ABL;PL;PSS3S peynirli_pasta peynirli_pastamda N;LOC;SG;PSS1S kuram kuramların N;GEN;PL mükemmel mükemmel_değil_miymişsin? ADJ;LGSPEC1;LGSPEC2;2;SG;NEG;INTR karar_vermek karar_verecekler_mi? V;IND;3;PL;FUT;POS;INTR akrobat akrobatlarsın N;LGSPEC1;2S;PL;PRS yolundurmak yolunduruyor_muydunuz? V;IND;2;PL;PST;PROG;POS;INTR marul marullarım N;NOM;PL;PSS1S basın basınlarını N;ACC;SG;PSS3P kızgın kızgın_değilmişler ADJ;LGSPEC1;LGSPEC2;3;PL;NEG;DECL balık balıklarsın N;LGSPEC1;2S;PL;PRS hinterlant hinterlantlarınızın N;GEN;PL;PSS2P ana_fikir ana_fikrinizde N;LOC;SG;PSS2P canlandırılmak canlandırılmayacağız V;IND;1;PL;FUT;NEG;DECL maratoncu maratoncularımı N;ACC;PL;PSS1S paylaşmak paylaşmayacak V;IND;3;SG;FUT;NEG;DECL aşık_olmak aşık_olurlar V;IND;3;PL;PRS;POS;DECL örtü örtülerini N;ACC;PL;PSS3P patates patates N;NOM;SG maydanoz maydanozlarından N;ABL;PL;PSS3S sikişmek sikişmez_miyim? V;IND;1;SG;PRS;NEG;INTR hamız hamızıma N;DAT;SG;PSS1S sınıf sınıflarına N;DAT;PL;PSS2S sinmek sinmeyeceğim V;IND;1;SG;FUT;NEG;DECL örmek örmeyecek_miyiz? V;IND;1;PL;FUT;NEG;INTR semerci semercilerdin N;LGSPEC1;2S;PL;PST kopmak koptular_mu? V;IND;3;PL;PST;POS;INTR kırık kırıklarıma N;DAT;PL;PSS1S dizi dizileriniz N;NOM;PL;PSS2P kolonya kolonyalarından N;ABL;SG;PSS3P yaramak yaramıyor_muyduk? V;IND;1;PL;PST;PROG;NEG;INTR bitki bitkilerin N;GEN;PL dindar dindar_değilmiş ADJ;LGSPEC1;LGSPEC2;3;SG;NEG;DECL kapatmak kapatmazlar_mı? V;IND;3;PL;PRS;NEG;INTR bamya bamyadan N;ABL;SG eşek eşeğimi N;ACC;SG;PSS1S telefon telefonlarımı N;ACC;PL;PSS1S köm kömlerinde N;LOC;PL;PSS3S bitirmek bitiriyorlar V;IND;3;PL;PRS;PROG;POS;DECL kıyamet kıyametlerine N;DAT;PL;PSS3P numaralamama numaralamama N;NOM;SG temsil temsilleri N;NOM;PL;PSS3S yelken yelkenmişim N;LGSPEC1;1S;SG;LGSPEC2 sabah sabahınızı N;ACC;SG;PSS2P yağmur yağmurumuzda N;LOC;SG;PSS1P masal masallarımızın N;GEN;PL;PSS1P doğru doğru_muydular? ADJ;LGSPEC1;PST;3;PL;POS;INTR fındık_kırmak fındık_kırmıyorlar V;IND;3;PL;PRS;PROG;NEG;DECL yetiştirmek yetiştirirler V;IND;3;PL;PRS;POS;DECL gizlemek gizliyoruz V;IND;1;PL;PRS;PROG;POS;DECL tandır tandırını N;ACC;SG;PSS2S gelinmek gelinmediniz_mi? V;IND;2;PL;PST;NEG;INTR çıkmak çıkmıyorlar_mıydı? V;IND;3;PL;PST;PROG;NEG;INTR bulunmak bulundunuz V;IND;2;PL;PST;POS;DECL yemiş yemişinizden N;ABL;SG;PSS2P akvaryum akvaryumlarında N;LOC;PL;PSS3P iletmek iletmiyorlar_mıydı? V;IND;3;PL;PST;PROG;NEG;INTR şikâyet_etmek şikâyet_etecek V;IND;3;SG;FUT;POS;DECL eşzamanlı_dönüş eşzamanlı_dönüşleri N;ACC;PL tekfur tekfurlarımızdan N;ABL;PL;PSS1P dadı dadıları N;NOM;PL;PSS3P polinom polinomum N;NOM;SG;PSS1S uyanmak uyanırlar V;IND;3;PL;PRS;POS;DECL bahçıvan bahçıvanlardır N;LGSPEC1;3P;PL;PRS ekşimek ekşiyecekler_mi? V;IND;3;PL;FUT;POS;INTR dirim_bilimci dirim_bilimciydiler N;LGSPEC1;3P;SG;PST çavuş çavuşuna N;DAT;SG;PSS3S yağlamak yağlıyorsun V;IND;2;SG;PRS;PROG;POS;DECL bulmak buluyor_muydum? V;IND;1;SG;PST;PROG;POS;INTR ritim ritimleri N;NOM;PL;PSS3S roman romanlarınızda N;LOC;PL;PSS2P çalışma çalışmayı N;ACC;SG kanamak kanar_mısın? V;IND;2;SG;PRS;POS;INTR sıkmak sıkacaklar V;IND;3;PL;FUT;POS;DECL dikdörtgen dikdörtgenlerini N;ACC;PL;PSS3P sille sillelerinizin N;GEN;PL;PSS2P binek bineklerine N;DAT;PL;PSS3S deli deliyi N;ACC;SG kırdırtmak kırdırtmayacak V;IND;3;SG;FUT;NEG;DECL eğlenmek eğlendiler_mi? V;IND;3;PL;PST;POS;INTR kelimecik kelimeciğine N;DAT;SG;PSS3S günahkâr günahkârında N;LOC;SG;PSS2S strüktür strüktürlerinde N;LOC;PL;PSS3P yoğurt yoğurdumuzdan N;ABL;SG;PSS1P bakir bakirdik N;LGSPEC1;1P;SG;PST mesuliyet mesuliyetlerine N;DAT;PL;PSS3P saymak saymaz_mısın? V;IND;2;SG;PRS;NEG;INTR terzi terzilerde N;LOC;PL rapor raporun N;GEN;SG striptiz striptizlerime N;DAT;PL;PSS1S huzur huzurlar N;LGSPEC1;3S;PL;PRS akvaryum akvaryumumuzu N;ACC;SG;PSS1P binmek biniyor_muyum? V;IND;1;SG;PRS;PROG;POS;INTR meşrubat meşrubatında N;LOC;SG;PSS2S küremek kürerler_mi? V;IND;3;PL;PRS;POS;INTR kaynaştırtmak kaynaştırtmayacak V;IND;3;SG;FUT;NEG;DECL Kopenhaglı Kopenhaglılardım N;LGSPEC1;1S;PL;PST telofaz telofazlarında N;LOC;PL;PSS3P yendirtmek yendirtiyordun V;IND;2;SG;PST;PROG;POS;DECL porno pornonuz N;NOM;SG;PSS2P alındırtmak alındırtıyor_musunuz? V;IND;2;PL;PRS;PROG;POS;INTR müşteri müşterilerimiz N;NOM;PL;PSS1P peynir peynirlerinde N;LOC;PL;PSS2S şah şahlarımda N;LOC;PL;PSS1S eskimek eskediler_mi? V;IND;3;PL;PST;POS;INTR karşılık karşılığından N;ABL;SG;PSS2S ummak umuyorlardı V;IND;3;PL;PST;PROG;POS;DECL düşman düşmandılar N;LGSPEC1;3P;SG;PST hendese hendeseniz N;NOM;SG;PSS2P çevirmek çevirmeyecek V;IND;3;SG;FUT;NEG;DECL korkutmak korkutmayacak_mısınız? V;IND;2;PL;FUT;NEG;INTR rehber rehberimin N;GEN;SG;PSS1S ittirilmek ittirilmiyordu V;IND;3;SG;PST;PROG;NEG;DECL bluzsuz bluzsuzunun N;GEN;SG;PSS3S yankı yankılarım N;NOM;PL;PSS1S onur onuru N;ACC;SG ayarlanmak ayarlanmayacak_mısınız? V;IND;2;PL;FUT;NEG;INTR hırsız hırsızlarının N;GEN;PL;PSS3S canlandırmak canlandırıyoruz V;IND;1;PL;PRS;PROG;POS;DECL yıpranmak yıpranıyor_musun? V;IND;2;SG;PRS;PROG;POS;INTR karı karılardık N;LGSPEC1;1P;PL;PST kirletmek kirletmeyeceksiniz V;IND;2;PL;FUT;NEG;DECL çakıl çakılımda N;LOC;SG;PSS1S solunum solunumunuzu N;ACC;SG;PSS2P daldırtmak daldırtdın_mı? V;IND;2;SG;PST;POS;INTR granüllü_endoplazmik_retikulum granüllü_endoplazmik_retikulumunuza N;DAT;SG;PSS2P makina makinamın N;GEN;SG;PSS1S sikişmek sikişmiyor_musunuz? V;IND;2;PL;PRS;PROG;NEG;INTR ot otunda N;LOC;SG;PSS2S sıvılaşmak sıvılaşmazlar_mı? V;IND;3;PL;PRS;NEG;INTR hücre hücrelersin N;LGSPEC1;2S;PL;PRS dökmek dökeceğim V;IND;1;SG;FUT;POS;DECL minare minarelerinin N;GEN;PL;PSS2S taverna tavernamızı N;ACC;SG;PSS1P erkenek erkeneklerim N;LGSPEC1;1S;PL;PRS karı karında N;LOC;SG;PSS2S örtmek örttüler V;IND;3;PL;PST;POS;DECL gözlemek gözledi V;IND;3;SG;PST;POS;DECL yaymak yaymıyor_musunuz? V;IND;2;PL;PRS;PROG;NEG;INTR server serverlerdik N;LGSPEC1;1P;PL;PST teşhir teşhirlerinde N;LOC;SG;PSS3P

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/2774/CH5/EX5.10/Ex5_10.sce

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Ex5_10.sce

clc // initialization of variables T1=300+273 // initial temperature in kelvin P1=600 // initial pressure in kPa P2=40 // final pressure in kPa //solution //please refer to steam table for values v1=0.4344 // specific volume from steam table @ 573k and 600 kPa v2=v1 // rigid container u1=2801 // specific internal energy from steam table @ 573k and 600 kPa s1=7.372 // specific entropy @ 600 kPa and 573 K vg2=0.4625 // specific volume of saturated vapour @ 40 kPa and 573 K vf2=0.0011 // specific volume of saturated liquid @ 40 kPa and 573 K sf2=1.777 // specific entropy of saturated liquid @ 40 kPa and 573 K sg2=5.1197 // specific entropy of saturated vapour @ 40 kPa and 573 K x=(v2-vf2)/(vg2-vf2)// quality of steam using pure substance relation s2=sf2+x*sg2 // overall specific enthalpy at quality 'x' delS=s2-s1 // entropy change printf(" The entropy change is %0.3f kJ/kg.K \n ",delS) //heat transfer uf2=604.3 //specific internal energy of saturated liquid @ 40 kPa and 573 K ug2=1949.3 //specific internal energy of saturated vapour @ 40 kPa and 573 K u2=uf2+x*ug2 //specific internal energy @ quality x q=u2-u1 // heat transfer in kJ/kg from first law as W=0 printf(" The heat transfer is %.0f kJ/kg",q) // the answers are approximated in textbook but here they are precise thus minute difference is there

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/1868/CH5/EX5.3/Ch05Ex3.sce

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Ch05Ex3.sce

// Scilab code Ex5.3: Pg 158 (2005) clc; clear; h = 6.63e-34; // Plank's constant, J-s lamda = 1e-10; // de Broglie wavelength of neutron, m p = h/lamda; // Momentum associated with neutron, kg-m/s m_n = 1.66e-27; // Mass of neutron, kg e = 1.6e-19; // Energy equivalent of 1 eV, J/eV K = p^2/(2*m_n); // Kinetic energy of neutron, eV printf("\nThe momentum of neutrons = %4.2e kg-m/s", p) printf("\nThe kinetic energy of neutrons = %4.2fe-20 J = %6.4f eV", K*1e+20, K/e); // Result // The momentum of neutrons = 6.63e-24 kg-m/s // The kinetic energy of neutrons = 1.32e-20 J = 0.0828 eV

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/98/CH8/EX8.23/example8_23.sce

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example8_23.sce

//Chapter 8 //Example 8_23 //Page 193 clear;clc; l=500; w=1.5; t=1600; h2=90; h1=30; h=h2-h1; printf("x1+x2=500 \n"); d=h*2*t/w/l; printf("x2-x1=%.0f \n\n", d); A=[1 1; -1 1]; b=[l; d]; X=A\b; x1=X(1); x2=X(2); s1=w*x1^2/2/t; cl=h1-s1; x=l/2-x1; smid=w*x^2/2/t; clmp=cl+smid; printf("x1 = %.0f m \n", x1); printf("x2 = %.0f m \n\n", x2); printf("S1 = %.0f m \n", s1); printf("Clearance of the lowest point O from water level = %.0f m \n", cl); printf("The distance from the lowest point to the midpoint = %.0f m \n", x); printf("Sag at midpoint = %.2f m \n", smid); printf("Clearance of mid point from water level = %.2f m \n\n", clmp);

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/1754/CH6/EX6.7/Exa6_7.sce

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Exa6_7.sce

//Exa 6.7 clc; clear; close; //given data R1=2.1;//in Mohm R2=270;//in Kohm RD=4.7;//in Kohm RS=1.5;//in Kohm VDD=20;//in Volt VP=-4;//in Volt IDSS=8;//in mA //step 1 : Find VGS : VG=R2*10^3*VDD/(R1*10^6+R2*10^3);//in Volt disp("VS=ID*RS-VGS Volt"); disp("VGS=VG-VS=2.28-1.5*ID") //step 2 : Find ID : disp("ID=IDSS*[1-VGS/VP]^2 mA"); disp("ID=8*[1-(2.28-1.5*ID)/4]^2 mA"); disp("2*ID=39.44-18.84*ID+2.25*ID^2"); disp("2.25*ID^2-20.84*ID39.44=0") disp("ID=6.6mA or 2.65mA"); disp("For ID =6.6mA VDS=-ve"); disp("So discard the value so IDQ = 2.65mA."); ID=2.65;//in mA //step 3 : Find VGSQ : IDQ=ID;//in mA VGS=2.28;//in Volt VGSQ=VGS-1.5*IDQ;///in Volt //step 4 : Find VDSQ : VDSQ=VDD-IDQ*(RD+RS);//in Volt //step 5 : Find VD,VS and VDG : VDS=VDSQ;//in Volt VG=VGS;//in Volt VS=ID*RS;//in Volt VD=VS+VDS'//in Volt VDG=VD-VG;//in Volt disp(IDQ,"IDQ in mA : "); disp(VGSQ,"VGSQ in Volt :"); disp(VD,"VD in Volt :"); disp(VS,"VS in Volt :"); disp(VDS,"VDS in Volt :"); disp(VDG,"VDG in Volt :");

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/1595/CH7/EX7.7/ex7_7.sce

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ex7_7.sce

//Communication Techniqu;es : example 7-7 : (pg 314) NF=20; df=10^6; x=10*log10(df); S=-174+NF+x; a=5;//input intercept dr=2/3*(a-S); printf("\nS = -174dBm + NF + 10log10df + S/N = %.f dB",S);//sensitivity printf("\ndynamic range = 2/3.(input intercept-noise floor) = %.d dB",dr);

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Ex10_4.sce

//Ex10_4 Pg-518 clc R1=1.5*10^(3) //resistor R1 in ohm Rf=75*10^(3) //feedback resistor in ohm Vin=10*10^(-3) //input voltage in V funi=1*10^(6) //unity frequency in Hz Acl=(-1)*Rf/R1 //closed loop gain printf("Magnitude of Closed loop gain = %.0f \n",abs(Acl)) fcl=funi/abs(Acl) //closed loop frequency printf(" Closed loop frequency = %.0f kHz \n",fcl*1e-3) Vout=abs(Acl)*Vin //output voltage printf(" Output voltage = %.1f mV pp",Vout*1e3)

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/2774/CH9/EX9.9/Ex9_9.sce

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Ex9_9.sce

clc // initialization of variables // The reaction equation is //C3H8 + 5O2---> 8CO2 + 4H2O // All the enthalpy of formation values are taken from Table B.5 with units in kJ/mol hfCO2=-393520 // enthalpy associated with CO2 hfH2O=-241820 // enthalpy associated with gaseous H2O hfC3H8=103850// enthalpy of formation associated with C3H8 hfgC3H8=15060// enthalpy of vapourization associated with C3H8 T=20+273 // temperature in kelvin Rbar=8.314 // universal gas constant Nr=6 // number of moles of reactants Np=7 // number of moles of products Hp=3*(hfCO2)+4*(hfH2O) // enthalpy of products Hr=hfC3H8+hfgC3H8 // enthalpy of reactants Q=(Hp-Hr-(Nr-Np)*Rbar*T)*10^(-3) // heat transfer from first law printf(" The heat transfer is %i MJ",Q) //The answers are slightly different in textbook as they have approximated the values while in SCILAB results are precise

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//Chapter 2_Thick Film and Thin Film Hybrid ICs //Caption : Thickness //Example2.8: The bulk resistivity of nichrom is 120uohm-cm. Calculate the thickness T in angstroms of a film with sheet resistivity of 100ohm/square. // Solution: function T=thickness(Ps,p)// Ps: sheet resistivity of nichrom=100ohm/square, p:bulk resistivity of nichrom=120uohm-cm T=p/(Ps*10^-8)// since Ps=p/T and 1 angstrom =10^-8cm, so dividing by 10^-8 here disp('thickness is=')// include ";" at the time of callimg the function disp('angstrom',T) endfunction //thickness(100,120*10^-6);

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Ch04Exa4_7_1.sci

// Scilab code Exa4.7.1: To calculate the energy and power released during fission of U-235 : Page 189 (2011) m = 0.001; // Mass of U-235 lost during fission, Kg c = 3e+08; // Velocity of light, m/s E = m*c^2; // Energy released during fission, J E_t = E/(4e+09*1000); // Energy requires TNT, Kt printf("\n Energy released during fission = %1.0e J \n Destructive power of bomb = %4.1f Kt of TNT", E, E_t) // Result // Energy released during fission = 9e+013 J // Destructive power of bomb = 22.5 Kt of TNT

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Ex16_7.sce

clc(); clear; //Given : v = 343; // velocity of sound in m/s lambda = 1; // wavelength in cm // 1 cm = 1.0*10^-2 m f = v/(lambda*10^-2); //frequency in Hz printf("Frequency is %.1f kHz",f*10^-3);

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ex4_10.sce

// Exa 4.10 clc; clear; close; format('v',8) // Given data V1 = 10;// in V V2 = 5;// in V I1 = 5.8;// in mA I2 = 5;// in mA delV_C = V1-V2;// in V delI_C = I1-I2;// in mA r_out = delV_C/delI_C;// in k ohm disp(r_out,"The dynamic output resistance in k ohm is");

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Ex6_1.sce

// Example 6_1 clc;funcprot(0); // Given data V=300;// ft/s D=6/12;// ft R=D/2;// ft Z=15;// ft g=32.174;// ft/s^2 g_c=32.174;// lbm.ft/lbf.s^2 // Calculation // From the superheated steam table, Table C.3a in Thermodynamic Tables to accompany Modern Engineering Thermodynamics, we find that, at 100. psia and 500.°F, v=5.587;// ft^3/lbm h=1279.1;// Btu/lbm A=%pi*(3/12)^2;// ft^2 mdot=(A*V)/v;// lbm/s ke=(V^2)/(2*g_c);// ft.lbf/lbm ke=ke*(1/778.16);// Btu/lbm pe=(g*Z)/g_c;// // ft.lbf/lbm pe=pe*(1/778.16);// Btu/lbm E_mf=-[mdot*(h+ke+pe)];// Btu/s printf("\nThe mass flow energy transport rate of steam,E_mass flow=%1.2e Btu/s",E_mf);

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MSCA-SIMFREE/748767

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SSSeIQcohrec2pol.sci

// The code was developed under Horizon2020 Framework Programme // Project: 748767 — SIMFREE function [zX,zY] = SSSeIQcohrec2pol(X,Phet) // Coherent receiver of X and Y polarized optical signals // // Calling Sequence // [zX,zY] = SSSeIQcohrec2pol(X,Phet) // // Parameters // X : Optical Input // Phet : Power [mW] of local heterodyne laser // zX : Electrical Output of X polarisation. Complex vector I+jQ. // zY : Electrical Output of Y polarisation. Complex vector I+jQ. // // Description // Complete coherent receiver with two double balanced detectors and local heterodyne laser. // Receives X and Y polarized optical signals. // [lhs,rhs] = argn(0); if rhs < 1 then error("Expect at least one argument"); end if rhs == 1 then Phet = 10; end [X1,Y] = SSSoPolarizer(X); zX = SSSeIQcohrec1pol(X1,Phet); zY = SSSeIQcohrec1pol(Y,Phet); endfunction

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/1631/CH9/EX9.56/Ex9_56.sce

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Ex9_56.sce

//Caption: Information capacity //Example 9.56 //page no 444 //Find Information capacity of telephone clear; clc; B=3.4*10^3; SNR=30 SN=10^(SNR/10); C=B*log2(1+SN)//Information capacity printf("Information capacity of telephone is \n\n \tC = %.2f kbps",C/1000);

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apelttom/20-semester_PhD_thesis

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8_2.sce

clc; h1=3442.6; s1=7.066; s2=s1; sf2=0.391; sfg2=8.13; x2=(s2-sf2)/sfg2 hf2=112; hfg2=2438; h2=hf2+x2*hfg2; h3=112; W12_=h1-h2; Q=h1-h3; Ceff=(h1-h2)/(h1-h3); disp(Ceff,"cycle efficiency is:"); ssc=1/(h1-h2); disp("kg/kW h",ssc,"specific steam consumption is:"); disp("cycle efficiency has increased due to superheating and the improvement in specific steam consumption is even more marked:")

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example12.sce

// find ac output voltage // Electronic Principles // By Albert Malvino , David Bates // Seventh Edition // The McGraw-Hill Companies // Example 18-12, page 687 clear; clc; close; // Given data Rf=100*10^3;// in ohms from the given figure R1=20*10^3;// in ohms from the given figure R2=10*10^3;// in ohms from the given figure R3=50*10^3;// in ohms from the given figure V1=100*10^-3;// voltage in Vpp from the given figure V2=200*10^-3;// voltage in Vpp from the given figure V3=300*10^-3;// voltage in Vpp from the given figure // Calculations Av1cl=-Rf/R1;// cloased loop voltage gain Av2cl=-Rf/R2;// cloased loop voltage gain Av3cl=-Rf/R3;// cloased loop voltage gain Vout=(Av1cl*V1)+(Av2cl*V2)+(Av3cl*V3);// output voltage in Vpp disp("Vpp",Vout,"output voltage=") // Result // Output voltage is -3.1 Vpp

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tst

Reg16Bit.tst

// This file is part of www.nand2tetris.org // and the book "The Elements of Computing Systems" // by Nisan and Schocken, MIT Press. // File name: projects/03/a/Reg16Bit.tst load Reg16Bit.hdl, output-file Reg16Bit.out, compare-to Reg16Bit.cmp, output-list time%S1.4.1 ip1%D1.6.1 load%B2.1.2 out%D1.6.1; set ip1 0, set load 0, tick, output; tock, output; set ip1 0, set load 1, tick, output; tock, output; set ip1 -32123, set load 0, tick, output; tock, output; set ip1 11111, set load 0, tick, output; tock, output; set ip1 -32123, set load 1, tick, output; tock, output; set ip1 -32123, set load 1, tick, output; tock, output; set ip1 -32123, set load 0, tick, output; tock, output; set ip1 12345, set load 1, tick, output; tock, output; set ip1 0, set load 0, tick, output; tock, output; set ip1 0, set load 1, tick, output; tock, output; set ip1 %B0000000000000001, set load 0, tick, output; tock, output; set load 1, tick, output; tock, output; set ip1 %B0000000000000010, set load 0, tick, output; tock, output; set load 1, tick, output; tock, output; set ip1 %B0000000000000100, set load 0, tick, output; tock, output; set load 1, tick, output; tock, output; set ip1 %B0000000000001000, set load 0, tick, output; tock, output; set load 1, tick, output; tock, output; set ip1 %B0000000000010000, set load 0, tick, output; tock, output; set load 1, tick, output; tock, output; set ip1 %B0000000000100000, set load 0, tick, output; tock, output; set load 1, tick, output; tock, output; set ip1 %B0000000001000000, set load 0, tick, output; tock, output; set load 1, tick, output; tock, output; set ip1 %B0000000010000000, set load 0, tick, output; tock, output; set load 1, tick, output; tock, output; set ip1 %B0000000100000000, set load 0, tick, output; tock, output; set load 1, tick, output; tock, output; set ip1 %B0000001000000000, set load 0, tick, output; tock, output; set load 1, tick, output; tock, output; set ip1 %B0000010000000000, set load 0, tick, output; tock, output; set load 1, tick, output; tock, output; set ip1 %B0000100000000000, set load 0, tick, output; tock, output; set load 1, tick, output; tock, output; set ip1 %B0001000000000000, set load 0, tick, output; tock, output; set load 1, tick, output; tock, output; set ip1 %B0010000000000000, set load 0, tick, output; tock, output; set load 1, tick, output; tock, output; set ip1 %B0100000000000000, set load 0, tick, output; tock, output; set load 1, tick, output; tock, output; set ip1 %B1000000000000000, set load 0, tick, output; tock, output; set load 1, tick, output; tock, output; set ip1 %B1111111111111110, set load 0, tick, output; tock, output; set load 1, tick, output; tock, output; set ip1 %B1111111111111101, set load 0, tick, output; tock, output; set load 1, tick, output; tock, output; set ip1 %B1111111111111011, set load 0, tick, output; tock, output; set load 1, tick, output; tock, output; set ip1 %B1111111111110111, set load 0, tick, output; tock, output; set load 1, tick, output; tock, output; set ip1 %B1111111111101111, set load 0, tick, output; tock, output; set load 1, tick, output; tock, output; set ip1 %B1111111111011111, set load 0, tick, output; tock, output; set load 1, tick, output; tock, output; set ip1 %B1111111110111111, set load 0, tick, output; tock, output; set load 1, tick, output; tock, output; set ip1 %B1111111101111111, set load 0, tick, output; tock, output; set load 1, tick, output; tock, output; set ip1 %B1111111011111111, set load 0, tick, output; tock, output; set load 1, tick, output; tock, output; set ip1 %B1111110111111111, set load 0, tick, output; tock, output; set load 1, tick, output; tock, output; set ip1 %B1111101111111111, set load 0, tick, output; tock, output; set load 1, tick, output; tock, output; set ip1 %B1111011111111111, set load 0, tick, output; tock, output; set load 1, tick, output; tock, output; set ip1 %B1110111111111111, set load 0, tick, output; tock, output; set load 1, tick, output; tock, output; set ip1 %B1101111111111111, set load 0, tick, output; tock, output; set load 1, tick, output; tock, output; set ip1 %B1011111111111111, set load 0, tick, output; tock, output; set load 1, tick, output; tock, output; set ip1 %B0111111111111111, set load 0, tick, output; tock, output; set load 1, tick, output; tock, output;

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/3131/CH4/EX4.5/4_5.sce

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4_5.sce

clear all; clc; disp("Ex 4_5") disp("u = 0.3841i - 0.5121j + 0.7682k") a1=acos(0.3841) a=a1*180/%pi printf('\n\nalpha = %.1f degrees',a) b1=acos(-0.5121) b=b1*180/%pi printf('\n\nbeta = %.0f degrees',b) c1=acos(0.7682) c=c1*180/%pi printf('\n\ngamma = %.1f degrees',c)

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EX3_24_C.sce

//Example 3.24.C clc; Syms s t; x=laplace((1+0.5*exp(-6*t)+0.2*exp(-3*t)),t,s); disp(x);

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10_1.sce

//Example 10.1 //System of Non Linear Equations //Page no. 311 clc;clear;close; deff('y=f(x)','y=x^2-exp(2*x)-4') deff('y=f1(x)','y=2*x-2*exp(2*x)') x0=0;e=0.00001 for i=1:10 x1=x0-f(x0)/f1(x0) e1=abs(x0-x1) x0=x1; if abs(x0)<e then break; end end printf('\n\nThe solution of this equation after %i Iterations by newton raphshon method is %.10f',i,x1)

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16_3.sce

clear; clc r1=.02 r2=.05 r3=.03 Ic1=100 Id1=180 Va=255; Vb=250 dV=abs(Va-Vb) Ia=(dV+(r1*0)+(r2*Ic1)+(r3*(Id1+Ic1)))/(r1+r2+r3) Ib=-(Ia-(Ic1+Id1)) Vc=Va-Ia*r1 Vd=Vc-((Ia-Ic1)*r2) mprintf("IA= %.0f A, IB=%.0fA, Vc=%.2f V, Vd=%.2f V", Ia, Ib, Vc,Vd)

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Aditisharma1993/Introduction-to-Variational-Monte-Carlo-approach

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Morse1.sci

function [ECmInv,EeV] = HCl(var,J) //Written by Aditi and O.S.K.S. Sastri //var is vector consisting of De, b and Re values. //Typical input for var for HCl is [5,1,1.27455] //J is rotational quantum number. //J = 0 gives pure vibrational levels //J = 1 gives energy eigen values corresponding to //first excited rotational for v = 0, 1, 2,... a0 = 6; // infinite square well width in Angstroms N0 = 150; //Number of basis functions [V,E10] = potential(J,var); //Defines the potential function h = hmatrix(a0,N0,V,E10); //Determines the hmatrix evals = spec(h); //spec command used for obtaining the eigen values EeV = gsort(evals); //gsort command used for sorting data in descending order ECmInv = EeV/(1239.84193*10^(-7));//energies in wavenumbers endfunction function [V,E10] = potential(J,var,a0) // Model parameters De = var(1); //Molecular dissociation energy expressed in eV b = var(2); //parameter in Morse potential definition expressed in Angstroms^(-1) Re = var(3); //equilibrium bond length in Angstroms R= 0.6:0.001:a0; // discretising distance parameter // Defining Morse potential v = De*((exp(-2*b*(R-Re)))-(2*exp(-b*(R-Re)))); mu = 0.9796*931.49410*10^6; // reduced mass of molecule in eV hbarc = 1973.29; //value is in eV-Angstroms //Defining centrifugal potential for rotational term vcf = (J*(J+1)*hbarc^2./(2*mu*R.^2)); V = v+vcf; plot(R,V); // ground state energy of infinite square well potential in eV E10 = (%pi^2*hc^2)/(2*mu*(a0^2)); endfunction function [h] = hmatrix(a0,N0,V,E10) h = zeros(N0,N0); for m = 1:N0 h(m,m) = m^2*E10 + Vmm(m,a0,V); //Diagonal elements for n = m+1:N0 h(m,n) = Vnm(n,m,a0,V); //Non-Diagonal elements h(n,m) = h(m,n); end end endfunction function [I1] = Vmm(m,a0,V) R = 0.6:0.001:a0; c1 = 1-cos(2*m*%pi*R/a0); f1 = c1.*V/a0; I1 = intsplin(R,f1); // Integration using spline interpolation endfunction function [I2] = Vnm(n,m,a0,V) R = 0.6:0.001:a0; c1 = cos((n-m)*%pi*R/a0); c2 = cos((n+m)*%pi*R/a0); f2 = V.*(c1-c2)/a0; I2 = intsplin(R,f2); //Integration using spline interpolation endfunction

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/2252/CH10/EX10.1/Ex10_1.sce

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Ex10_1.sce

//calculating resistance of the shunt i=20D-3 //current throught the coil r=4 //resistance of coil V=i*r I=2 //total current to be measured Is=I-i //current through shunt R=V/Is //Ohm's law mprintf("Resistance of the shunt=%f ohm\n", R) //solving part (ii) V=30 //voltage to be measured R=V/i-r mprintf("Resistance to be connected in series with moving coil=%d ohm", R)

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clear clc M1=152.2;//molar mass of carbon in gm T1=451.55;//melting point temp in K T2=433.85;//melting point temp in K(for unknown compound) w2=0.0386;//mass of unknown compound in gm w1=0.522;//mass of camphor in solution in gm R=8.314;//J/Kmol DelHm_f=6.844;//in KJ Kf=(((R*T1^2)/(DelHm_f*10^3))*(M1/1000)) printf('Kf=%.1f',Kf) DelT_f=(T1-T2); B=(DelT_f/Kf);//molality of the solution in mol/kg printf('\nB=%.2f mol/kg',B) M2=(w2/B)*(1000/w1); printf('\nM2=%.1f gm/mol',M2) Z=92.3/7.7;//mass ratio of wC and wH N0=1/12;//atomic ratio of H and C K=(Z*N0); printf('\nK=%.1f',K) //Clearly we get K=1.0 implies empirical formula is CH Me=13;//empirical mass in gm N=(M2/Me);//no. of units of CH printf('\nN=%.1f',N) //Taking approximately equal to 12 Molecular formula is C12H12 //There are some errors in the solution given in textbook //page 58

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//Example 4.2 : resistance of each coil clc; clear; close; //given data : V=300; // voltage in volts W=360; // power lost in one coil in watt I=6; // current in A R1=V/I; R=V^2/W; a=(1/R1)-(1/R); r2=1/a; disp(R,"resistance of 360W coil1,R(ohm) = ") disp(r2,"resistance of second coil2,r2(ohm) = ")

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// Scilab Code Ex 1.19 Miller indices of the crystal plane: Page-25 (2010) m = 2; n = 3; p = 6; // Coefficients of intercepts along three axes m_inv = 1/m; // Reciprocate the first coefficient n_inv = 1/n; // Reciprocate the second coefficient p_inv = 1/p; // Reciprocate the third coefficient mul_fact = double(lcm(int32([m,n,p]))); // Find l.c.m. of m,n and p m1 = m_inv*mul_fact; // Clear the first fraction m2 = n_inv*mul_fact; // Clear the second fraction m3 = p_inv*mul_fact; // Clear the third fraction printf("\nThe required miller indices are : (%d %d %d) ", m1,m2,m3); // Result // The required miller indices are : (3 2 1)

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clc //ex6.3 R=1000/(2*%pi); //resistance C=10*10^-6; //capacitance f_B=1/(2*%pi*R*C); //half-power frequency //the three parts of V_in are V_1=5*cos(20*%pi*t)+5*cos(200*%pi*t)+5*cos(2000*%pi*t) //first component V_in_1 V_in_1=5*complex(cos(0),sin(0)); //V_in_1 phasor w_1=20*%pi; //omega f_1=w_1/(2*%pi); //frequency H_1=1/(1+%i*(f_1/f_B)); //transfer function V_out_1=H_1*V_in_1; V_out_1_R=real(V_out_1); //real part V_out_1_I=imag(V_out_1); //imaginary part V_out_1_max=sqrt((V_out_1_R^2)+(V_out_1_I^2)); //peak value V_out_1_phi=atan(V_out_1_I/V_out_1_R); //phase angle //second component V_in_2 V_in_2=5*complex(cos(0),sin(0)); //V_in_2 phasor w_2=200*%pi; //omega f_2=w_2/(2*%pi); //frequency H_2=1/(1+%i*(f_2/f_B)); //transfer function V_out_2=H_2*V_in_2; V_out_2_R=real(V_out_2); //real part V_out_2_I=imag(V_out_2); //imaginary part V_out_2_max=sqrt((V_out_2_R^2)+(V_out_2_I^2)); //peak value V_out_2_phi=atan(V_out_2_I/V_out_2_R); //phase angle //third component V_in_3 V_in_3=5*complex(cos(0),sin(0)); //V_in_3 phasor w_3=2000*%pi; //omega f_3=w_3/(2*%pi); //frequency H_3=1/(1+%i*(f_3/f_B)); //transfer function V_out_3=H_3*V_in_3; V_out_3_R=real(V_out_3); //real part V_out_3_I=imag(V_out_3); //imaginary part V_out_3_max=sqrt((V_out_3_R^2)+(V_out_3_I^2)); //peak value V_out_3_phi=atan(V_out_3_I/V_out_3_R); //phase angle printf(" All the values in the textbook are approximated, hence the values in this code differ from those of Textbook") disp('Output voltage is Vout1+Vout2+Vout3 where') disp('') disp('FOR Vout1:') disp(V_out_1_max,'peak value in volts') disp(V_out_1_phi*180/%pi,'phase angle in degrees') disp(f_1,'with frequency in hertz') disp('') disp('FOR Vout2:') disp(V_out_2_max,'peak value in volts') disp(V_out_2_phi*180/%pi,'phase angle in degrees') disp(f_2,'with frequency in hertz') disp('') disp('FOR Vout3:') disp(V_out_3_max,'peak value in volts') disp(V_out_3_phi*180/%pi,'phase angle in degrees') disp(f_3,'with frequency in hertz') //we can observe that there is a clear discrimination in output signals based on frequencies i.e, lesser the frequency lesser the effect.

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// x=[]; dim=2; [x,perm,nshifts] = shiftdata(x,dim); disp(x); disp(perm); disp(nshifts); //output

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function [menor,medio,maior]=teste(x,y,z) if x>y then if y>z then menor=z medio=y maior=x elseif x>z then menor=y medio=z maior=x else menor=y medio=x maior=z end elseif y>z then if x>z then menor=z medio=x maior=y else menor=x medio=z maior=y end else menor=x medio=y maior=z end //Ordem Crescente disp(maior,medio,menor) //------------ endfunction

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//Chapter-4, Illustration 17, Page 206 //Title: Steam Nozzles and Steam Turbines //============================================================================= clc clear //INPUT DATA m=2;//Mass flow rate of steam in kg/s W=130;//Turbine power in kW U=175;//Blade velocity in m/s C1=400;//Steam velocity in m/s Wr=0.9;//Blade friction factor W1=240;//Realtive velocity at inlet from the velocity triangle in m/s //CALCULATIONS Cx1=(W*1000)/(m*U);//Whirl velocity at inlet in m/s W2=Wr*W1;//Realtive velocity at outlet from the velocity triangle in m/s a1=19;//Nozzle angle from the velocity triangle in degrees b1=33;//Blade angle at inlet from the velocity triangle in degrees b2=36;//Blade angle at outlet from the velocity triangle in degrees //OUTPUT mprintf('Nozzle angle is %3.0f degrees \n Blade angles are %3.0f degrees,%3.0f degrees',a1,b1,b2) //==============================END OF PROGRAM=================================

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// Scilab Code Ex2.35:: Page-2.27 (2009) clc; clear; t = 3.8e-05; // Thickness of the transparent film, cm mu = 1.5; // Refractive index of the transparent film i = 45; // Angle of incidence of the light ray on the transparent film, degrees lambda = 5700e-008; // Wavelength of light, cm // As mu = sind(i)/sind(r), solving for r r = asind(sind(i)/mu); // For dark fringe in reflected pattern, // 2*mu*t*cosd(r) = 2*n*lambda, solving for n n = 2*mu*t*cosd(r)/lambda; // Order of interference of dark band printf("\nThe order of interference of dark band = %d", ceil(n)); // Result // The order of interference of dark band = 2velength reflected strongly from the soap film = 5.497e-05 cm

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function r=%b_a_s(a,b) // Copyright INRIA A=zeros(a) A(a)=1 r=A+b

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// This file is adapted from part of www.nand2tetris.org // and the book "The Elements of Computing Systems" // by Nisan and Schocken, MIT Press. load Mux8.hdl, output-file Mux8.out, compare-to Mux8.cmp, output-list a%B1.8.1 b%B1.8.1 sel%D2.1.2 out%B1.8.1; set a 0, set b 0, set sel 0, eval, output; set sel 1, eval, output; set a %B00000000, set b %B01010110, set sel 0, eval, output; set sel 1, eval, output; set a %B10100101, set b %B00000000, set sel 0, eval, output; set sel 1, eval, output; set a %B10101010, set b %B01010101, set sel 0, eval, output; set sel 1, eval, output;

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clc; v=6600; // rated voltage of motor xs=20 ; // per phase synchronous reactance p=500000; // VA rating of motor il=p/(sqrt(3)*v); // rated armature current vt=v/sqrt(3); // per phase rated voltage disp('case a'); de=10; // load angle c1=1; c2=-2*vt*cosd(de); c3=vt^2-(il*xs)^2; // coefficients of quadratic equation in Ef p= [ c1 c2 c3 ]; Ef=roots(p); printf('Per phase excitation EMF at lagging pf is %f v\n',Ef(2)); printf('Excitation line EMF at lagging pf is %f v\n',sqrt(3)*Ef(2)); printf('Per phase excitation EMF at leading pf is %f v\n',Ef(1)); printf('Excitation line EMF at leading pf is %f v\n',sqrt(3)*Ef(1)); disp('case b'); disp('For lagging pf'); pd=(3*vt*Ef(2)*sind(de))/xs; pf=pd/(sqrt(3)*v*il); printf('Mechanical power developed is %f W\n',pd); printf('Power factor is %f lagging\n',pf); disp('For leading pf'); pd=(3*vt*Ef(1)*sind(de))/xs; pf=pd/(sqrt(3)*v*il); printf('Mechanical power developed is %f W\n',pd); printf('Power factor is %f leading\n',pf); disp('case c'); p=200000; // delivered power de=90; // load angle for falling out of step // motor falls out of step at de= 90 degrees Ef=(p*xs)/(3*sind(de)*vt); printf('Minimum excitation voltage per phase is %f v',Ef);

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function txt=get_block_info(scs_m,k) // Copyright INRIA txt=[] o=scs_m(k) select o(1) case 'Block' then txt = standard_document(o,k) txt=[txt;' '] if o(3)(1)=='super'|o(3)(1)=='csuper' then objet=o(3)(8) infos = objet(1) if size(infos(2),'*')==2 then txt = [txt;'Super Block Documentation: '+infos(2)(2)+'/'+infos(2)(1)] else txt = [txt;'Super Block Documentation: '+infos(2)(1)] end if size(infos)>=10 then txt=[txt;get_info(infos(10))], end // information on components boutons = ['Yes', 'No'] ligne_1 = list('Blocks', 2, boutons) ligne_2 = list('Links', 2, boutons) ligne_3 = list('Nodes', 2, boutons) ligne_4 = list('Others', 2, boutons) ligne_5 = list('Super Blocks', 2, boutons) // titre = ['This is a super block, Select additional ' 'informations you want to get on it''s' 'components'] reponse = x_choices(titre, list(ligne_1, ligne_2, ligne_3, ligne_4, ligne_5)) if reponse <>[] then filtre = (reponse == 1) if or(filtre) then txt=[txt; 'Informations on selected components' '----------------------------------';' '] end for k = 2 : size(objet) o1=objet(k) ok=%f if o1(1)=='Block' then ok=filtre(1)|.. filtre(5)&(o1(3)(1)=='super'|o1(3)(1)=='csuper')|.. filtre(4)&is_split(o1) else ok=((o1(1)=='Link')&filtre(2))|((o1(1)=='Text')&filtre(4)) end if ok then txt=[txt;indent(get_block_info(objet,k))] end end end else execstr('texte_2 = '+o(5)+'(''show'', o)') if texte_2==[] then texte_2='No documentation available for the parameters of this block' end txt=[txt;'Block Parameters';texte_2] end case 'Link' then txt = standard_document(o,k) case 'Text' then txt = standard_document(o,k) case 'Deleted' then txt=[] end

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//CHAPTER 5_ Force,Torque and Shaft Power Measurement //Caption : Load cell // Example 2// Page 295 disp("b=.2") disp("h=.05") disp("Sg=2") disp("Rg=120") disp("sig_f=150*10^6") b=.2 //('enter the width of load cell=:') h=.05 //('enter the thickness of load cell=:') Sg=2; Rg=120; sig_f=150*10^6 //('enter the fatigue strength=:') E=70; //(in GPa) for aluminium v=0.33; //poissons ratio // Let dE/V_max be represented by W W=Sg*sig_f/E; printf('(dE/V)_max= %fd\n ',W) P_max=100000 //('enter the value of maximum load=:') l=sig_f*b*h^2/(6*P_max); S=(6*Sg*l)/(E*b*h^2); printf('Sensitivity of this load cell is %1.2f nV/N/per unit excitation',S);

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clc disp("example 2.8") disp("the chronological load curve is plotted in fig 1") a=[0 5 9 18 20 22 24] //time in matrix format b=[50 50 100 100 150 80 50]//load in matrix format for x=1:6 z(1,x)=((b(1,x)+b(1,x+1))/2)*(a(1,(x+1))-a(1,x)) end e=sum(z); printf("energy required required by the system in 24 hrs \n =50x5MWh+((100+50)/2)x4MWh +(100x9)MWh+(100+150)MWh+(150+80)MWh+(80+50)MWh \n =%dMWh",sum(z)) dlf=e/(max(b)*24) printf("\ndaily load factor =2060/(150x24) =%f",dlf) plot(a,b) xtitle("load curve","time","MW")

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//EXAMPLE 8-35 PG NO-552 R1=200; R2=200; R3=100; Zoc=[R1*(R2+R3)/(R1+R2+R3)]; disp('i) IMPEDANCE (Zoc) is = '+string (Zoc) +' ohm '); Zsc=(R1*R3)/(R1+R3); disp('ii) IMPEDANCE (Zsc) is = '+string (Zsc) +' ohm '); Zo=[Zoc*Zsc]^0.5; disp('iii) IMPEDANCE (Zo) is = '+string (Zo) +' ohm '); N=2.618; D=20*log10(N) disp('ii) (D) is = '+string (D) +' dB ');

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Ex18_2.sce

//Ex18_2 Pg-945 clc T=2000 //temperature in Kelvin f=5*10^(14) // frequency in Hz h=6.6*10^(-34) //planck constant k=1.38*10^(-23) //Boltzmann constant R=exp((h*f)/(k*T)) //ratio of spontaneous and stimulated emisson printf(" R = %.2f*1e5",R*1e-5)

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QR-hausholder.sci

function [M1,M2, sing] = QRhausholder(M, n) sing=%f; eta = M(1,1); for k=1:n//n for i = k:n if eta <= abs(M(i,k)) then eta = abs(M(i,k)) end end sum=0; sumM=0; if eta == 0 then M1(k)=0; M2(k)=0; sing=%t; else for i=k:n M(i,k) = M(i,k)/eta end for i=k:n sum = sum +(M(i,k))^2; end ksi=sign(M(k,k))*sum^(1/2); //disp(ksi) M(k,k) = M(k,k) + ksi; M1(k) = ksi*M(k,k) M2(k) = (-1)*eta*ksi; for j = k+1:n for i = k:n sumM = sumM + M(i,k) * M(i,j); end if M1(k) == 0 then M1(k) = 0.00000001; end //disp(M1(k)); teta = sumM/M1(k); for i = k:n M(i,j) = M(i,j) - (teta * M(i,k)); end end end end for ij = 1:n if M(ij,ij) == 0 then sing = %t; end M2(ij) = M(ij,ij); end if sing == %f then disp("nevurodzhena"); end //disp("M1:") //disp(M1) //disp("M2:") //disp(M2) disp(M) disp(sign(M(1,1))) endfunction

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ok_getInfo.tst

(get-info :authors) (get-info :name) (get-info :version) (get-info :error-behavior)

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example_5_2.sce

//Chapter 5 //Example 5.2 //page 134 //To find voltage at the bus at the power station end clc;clear; base_MVA=5; base_kV=33; pf=0.85; cable_impedance=(8+%i*2.5); cable_impedance=cable_impedance*base_MVA/(base_kV^2); transf_imp_star=(0.06+%i*0.36)/3; //equivalent star impedance of winding of the transformer Zt=(transf_imp_star*5/(6.6^2))+((0.5+%i*3.75)*5/(33^2)); total=cable_impedance+2*Zt; load_MVA=1; load_voltage=6/6.6; load_current=1/load_voltage; Vs=load_voltage+load_current*(real(total)*pf+imag(total)*sin(acos(pf))); Vs=Vs*6.6; printf('\n\nCable impedance= (%0.3f+j%0.4f) pu\n',real(cable_impedance),imag(cable_impedance)); printf('\nEquivalent star impedance of 6.6kV winding of the transformer =(%0.2f+j%0.2f) pu\n',real(transf_imp_star),imag(transf_imp_star)); printf('\nPer unit transformer impedance,Zt=(%0.4f+j%0.3f) pu\n',real(Zt),imag(Zt)); printf('\nTotal series impedance=(%0.3f+j%0.3f) pu\n',real(total),imag(total)); printf('\nSending end Voltage =|Vs|=%0.2fkV (line-to-line)',Vs);

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example12_19.sce

clc // Given that m = 0.0001 // mass of Sr(90) in gm t = 28 // half life of Sr(90) in year t_ = 9 // time in sec // Sample Problem 19 on page no. 12.38 printf("\n # PROBLEM 19 # \n") printf("Standard formula used \n") printf(" lambda = 0.693 / t_1/2 (Decay constant) \n del_N = N_0*lambda*t (disintegration of sample) \n") lambda = 0.693 / (t * 86400 * 365) N_ = 6.023e23 * m / 90 n = N_ * lambda * t_ printf("\n Activity of Sr is %e disintegration/sec.",n) //Answer in the book:5.25 X 10^8 //Answer in the program:4.726955 e+09

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15ex1.sci

//0 denotes False and 1 denotes true b=[0,1]; //binary operation + on the set of bits for i=1:2 for j=1:2 k = b(i)& b(j); disp(k) end end //binary operation * on the set of bits for i=1:2 for j=1:2 k = b(i)| b(j); disp(k) end end //unary operation ' on the set of bits k=~b clear; D=[1,2,5,7,10,14,35,70]; a=35; b=70; V=int32([a,b]); thelcm=lcm(V) //a+b=lcm(a,b) V=int32([a,b]) thegcd=gcd(V) //a*b=gcd(a,b) abar=70/a //a'=70/a

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13_23.sce

//To find speed, direction and torque clc //Given: TP=144, TQ=120, TR=120, TX=36, TY=24, TZ=30 NI=1500 //rpm P=7.5*1000 //W eta=0.8 //Solution: //Refer Fig. 13.30 and Table 13.25 //Calculating the values of x and y //From the fourth row of the table, x+y = -1500 .....(i) //Also, y-x*(TZ/TR) = 0, or -x*(TZ/TR)+y = 0 .....(ii) A=[1 1; -TZ/TR 1] B=[-1500; 0] V=A \ B x=V(1) y=V(2) //Calculating the values of x1 and y1 //We have, y1-x1*(TY/TQ) = y .....(iii) //Also, x1+y1 = x+y, or y1+x1 = x+y .....(iv) A=[1 -TY/TQ; 1 1] B=[y; x+y] V=A \ B x1=V(2) y1=V(1) //Speed and direction of the driven shaft O and the wheel P: //Calculating the speed of shaft O NO=y1 //rpm //Calculating the speed of wheel P NP=y1+x1*(TY/TQ)*(TX/TP) //rpm //Torque tending to rotate the fixed wheel R: //Calculating the torque on shaft I T1=P*60/(2*%pi*NI) //N-m //Calculating the torque on shaft O T2=eta*P*60/(2*%pi*(-NO)) //N-m //Calculating the torque tending to rotate the fixed wheel R T=T2-T1 //Torque tending to rotate the fixed wheel R, N-m //Results: printf("\n\n Speed of the driven shaft O, NO = %d rpm, clockwise.\n\n",-NO) printf(" Speed of the wheel P, NP = %d rpm, clockwise.\n\n",-NP) printf(" Torque tending to rotate the fixed wheel R = %.2f N-m.\n\n",T)

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example18_11.sce

clc // Given that n = 200 // no. of turns l = 0.5 // the mean length of iron wire in m phi = 4e-4 // magnetic flux in Weber a = 4e-4 // area of cross section in m^2 mu = 6.5e-4 // permeability of iron in wb/Am mu_ = 4 * %pi * 1e-7 // magnetic permeability of space // Sample Problem 11 on page no. 18.25 printf("\n # PROBLEM 11 # \n") printf("Standard formula used \n ") printf("B = mu*N*I \n") B = phi / a N = n / l I = B / (mu * N) printf("\n Current through the winding is %f A. ",I)

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Ex6_5.sce

errcatch(-1,"stop");mode(2);//caption:Find resolution and voltage //Ex6.5 N=3//bit of D/A convertor V=5//full scale voltage(in V) A=0.001//magnitude of accuracy R=1/2^N disp(R,'resolution(in V)=') Ac=A*V disp(Ac,'accuracy(in V)=') exit();

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exa_5_2.sce

// Exa 5.2 clc; clear; close; // Given data C_T1= 15; // in pF Vb1=8;// in V Vb2= 12; // in V // As C_T proportional to 1/sqrt(Vb), and // C_T1/C_T2= sqrt(Vb2/Vb1), so C_T2= C_T1*sqrt(Vb1/Vb2);// in pF disp(C_T2,"The value of C_T2 in pF is : ")

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Example15_7.sce

//Example 15.7. clc format(6) fo1=540*10^3 fo2=1650*10^3 L=1*10^-3 disp("Given L = 1 mH") disp("fo ranges from 540-1650 kHz") disp("The resonant frequency is given by") disp(" fo = 1 / 2pi*sqrt(L*C)") disp("Therefore, C = 1 / 4*pi^2*fo^2*L") Cmax = 1 / (4*%pi^2*fo1^2*L) x1=Cmax*10^12 disp(x1,"When fo = 540 kHz, Cmax(pF) =") Cmin = 1 / (4*%pi^2*fo2^2*L) x2=Cmin*10^12 format(4) disp(x2,"When fo = 1650 kHz, Cmin(pF) =") disp("Hence, the capacitor range required is 9.3-86.87 pF")

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Example18_1.sce

close(); clear; clc; //meter resistance 'rm', meter current 'Ifs', Maximum current to be measured 'I', Maximum voltage measured 'V' rm = 5; //ohm Ifs = 0.015; //A //(i) I = 2; //A //resistance of shunt required 'Rsh' Rsh = Ifs*rm/(I-Ifs); //ohm mprintf("(i) Resistance of shunt, Rsh = %0.6f ohm\n\n",Rsh); //(ii) V = 100; //V //series resistance 'Rse' Rse = V/Ifs - rm; //ohm mprintf("(ii) The value of series resistance, Rse = %0.3f ohm",Rse);

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Ex9_1.sce

//Example 9.1 m1=26.0;//Mass of 1st child (kg) m2=32.0;//Mass of 2nd child (kg) r1=1.60;//Distance of 1st child from pivot (m) r_p=0;//Distance of supporting force of pivot from pivot (m) g=9.80;//Acceleration due to gravity (m/s^2) theta=90;//Angle (deg) //Torque tau=r*(m*g)*sind(theta) //Torque due to supporting force of pivot is zero as r_p=0 //For equilibrium,sum of torques must equal zero r2=(r1*m1*g*sind(theta))/(m2*g*sind(theta));//Distance of 2nd child from pivot (m) printf('a.Distance of 2nd child from pivot = %0.2f m',r2) F_p=(m1*g)+(m2*g);//Supporting force of pivot (N) printf('\nb.Supporting force of pivot = %0.1f N',F_p) //Answer varies due to round off error //Openstax - College Physics //Download for free at http://cnx.org/content/col11406/latest

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Ex14_5.sce

clear //Given N=100 A=0.10 //m**2 f=0.5 //Hz B=0.01 //T //Calculation // w=2*%pi*f E0=N*A*B*w //Result printf("\n Maximum voltage generated in the coil is %0.3f V",E0)

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page_rank_matrice_test.sce

exec("lib/page_rank_matrice.sce"); M = bool2s(rand(500, 500)<0.5); A = page_rank_matrice(M, 0.85)

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10_2.sce

//To find weight and coefficient of friction clc //Given: P1=1500,P2=1720 //N alpha1=12,alpha2=15 //degrees //Solution: //Refer Fig. 10.10 //Effort applied parallel to the plane, P1=W*(sind(alpha1)+mu*cosd(alpha1)), or P1/W-mu*cosd(alpha1)=sind(alpha1) .....(i) //Effort applied parallel to the plane, P2=W*(sind(alpha2)+mu*cosd(alpha2)), or P2/W-mu*cosd(alpha2)=sind(alpha2) .....(ii) A=[P1 -cosd(alpha1); P2 -cosd(alpha2)] B=[sind(alpha1); sind(alpha2)] V=A \ B W=1/V(1) mu=V(2) //Results: printf("\n\n Coefficient of friction, mu = %.3f.\n",mu) printf(" Weight of the body, W = %d N.\n\n",W)

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//Chapter-2, Example 2.8, Page 95 //============================================================================= clc; clear; //INPUT DATA l=0.3;//length in m d=1.5*10^-2;//diameter in m N=900;//no of turns ur=1;//relative permeability in free space u0=4*%pi*10^-7;//permeability in free space I=5;//current in A //CALCULATIONS a=(%pi*(d)^2/4);//in m^2 S=(l)/(a*ur*u0);//reluctance //OUTPUT mprintf("Thus reluctance is %f A/wb",S); //=================================END OF PROGRAM==============================

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// Examle 3.2 w=0.2; // Energy stored i=0.2; // Current L1=(2*w)/i^2; // The value of Inductor Using case-1 disp(' The value of Inductor Using case-1 = '+string(L1)+' H'); v=10; // Voltage di1=0.1; // Increase current dt1=0.2; // Time required L2=v/(di1/dt1); // The value of Inductor Using case-2 disp(' The value of Inductor Using case-2 = '+string(L2)+' H'); p=2.5; // Power di2=0.1; // Increase current dt2=0.5; // Time required L3=p/(di2*dt2); // The value of Inductor Using case-3 disp(' The value of Inductor Using case-3 = '+string(L3)+' H'); // p 54 3.2

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//Chapter 12 //page no 493 //given clc; clear all; R=800; //in V/W Pin=1.5; //in mW m=0.04; Voutp=R*Pin*m; printf("\n Vout(peak) = %0.0f mV",Voutp); Vavg=Voutp/sqrt(2); printf("\n Vavg = %0.1f mV",Vavg); //in dB Vavgd=20*log10(Vavg*10^-3); printf("\n Vavg(in dBmV) = %0.1f ",Vavgd);

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clc //Initialization of variables P1 = 1456 // lb/ft^2 d = 0.001756 //slugs/ft^3 V = 293 // ft/s // Calculations P11 = P1/144 //psi P2 = P1 + (d*V^2)/2 // lb/ft^2 P22 = d*V^2/(2*144) //psi D = P22 //psi // Results printf ("The static pressure at the altitude is %.2f psi",P11) printf ("\nThe pressure in terms of gauge pressure is %.3f psi",P22) printf ("\nThe pressure difference indicated by pitot tube is %.3f psi",D)

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//Exa 13.4 clc; clear; close; //given data : //initial cash outflows ICO=80000;//in Rs. //Total Present Value calculated in Exa13.3 P=97922;//in Rs disp(P,"Total present value(in Rs) is : ") //Profitability Index at 10% discount rate PI=P/ICO;//unitless disp(PI,"Profitability Index at 10% discount rate is : ")

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clear; clc; R=45;L=1.2*(10^-3);G=5*(10^-6);C=0.065*(10^-6);w=20000;l=22*(10^-3);s=1.1; pf=0.005//pf=power factor //value of pf as taken in solution r=pf*w*L; Rc=R+(r/s); Lc=L+(l/s); P=sqrt((Rc+(%i*w*Lc))*(G+(%i*w*C))); theta=round(atan(imag(P),real(P))*180/%pi); a=abs(P)*cos(theta*%pi/180); printf("Attenuation constant of line = %f neper/km",fix(a*10^4)/10^4);

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// Example 15_14 clc;funcprot(0); // Given data p=0.100;// MPa T_a=298;// K T_b=2000;// K R=0.0083143;// MJ/kgmole.K // Calculation // (a) gbar0_f_H2O=-228.583;// kJ/kgmole // since H2 and O2 are elements, their molar specific Gibbs function of formation is zero. Then, from Table 15.7, gbar0_f_H2=0;// kJ/kgmole gbar0_f_O2=0;// kJ/kgmole K_e=exp(gbar0_f_H2O/(R*T_a));// The equilibrium constant printf("\n(a)The equilibrium constant,K_e=%1.2e",K_e); // (b) T_b_R=T_b*1.8;// R // Eq. (15.34) with Tables 15.7 and C.16c in Thermodynamic Tables to accompany Modern Engineering Thermodynamics give h_a_H2O=4258.3;// Btu/lbmole h_b_H2O=35540.1;// Btu/lbmole h_a_H2=3640.3;// Btu/lbmole h_b_H2=26398.5;// Btu/lbmole h_a_O2=3725.1;// Btu/lbmole h_b_O2=29173.5;// Btu/lbmole s_a_H2O=188.833;// kJ/(kgmole.K) s_b_H2O=63.221;// Btu/(lbmole.R) s_a_H2=130.684;// kJ/(kgmole.K) s_b_H2=44.978;// Btu/(lbmole.R) s_a_O2=205.138;// kJ/(kgmole.K) s_b_O2=64.168;// Btu/(lbmole.R) // Note: The multipliers 2.3258 and 4.1865 in these equations are necessary to convert the Btu/lbmole and Btu/(lbmole.R) values in Table C.16c into kJ/kgmole and kJ/(kgmole.K), respectively. gbar_f_H2O=(gbar0_f_H2O*10^3)+((h_b_H2O-h_a_H2O)*2.3258)-[((T_b*s_b_H2O)*4.1865)-(T_a*s_a_H2O)];// kJ/kgmole gbar_f_H2=gbar0_f_H2+((h_b_H2-h_a_H2)*2.3258)-[((T_b*s_b_H2)*4.1865)-(T_a*s_a_H2)];// kJ/kgmole gbar_f_O2=gbar0_f_O2+((h_b_O2-h_a_O2)*2.3258)-[((T_b*s_b_O2)*4.1865)-(T_a*s_a_O2)];// kJ/kgmole K_e=exp([gbar_f_H2O-gbar_f_H2-((1/2)*gbar_f_O2)]/(R*10^3*T_b));// The equilibrium constant printf("\n(b)The equilibrium constant,K_e=%1.2e",K_e);

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ex4_5.sce

//AC Circuits : example 4.5 :(pg 4.6) kf=1.2; kp=1.5; Vavg=10; disp("kf=1.2"); disp("kp=1.5"); disp("Vavg=10"); disp("form factor kf=(Vrms/Vavg)"); Vrms=(kf*Vavg); printf("\nVrms=%.f V",Vrms); disp("peak factor kp=(Vm/Vrms)"); Vm=(kp*Vrms); printf("\nVm=%.f V",Vm);

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/1544/CH5/EX5.25/Ch05Ex25.sce

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Ch05Ex25.sce

// Scilab code Ex5.25: Pg 183 (2008) clc; clear; N = 400; // Number of turns in a coil l = 0.25; // Effective length of coil, m A = 4.5e-04; // Cross-sectional area, m^2 mew_r = 180; // Relative permeability mew_o = 4*(%pi)*1e-07; // Pemeability for free space L = (mew_o*mew_r*(N^2)*A)/l // Self-inductance of coil, H printf("\nThe self inductance of the coil = %2d milli-henry", L/1e-03); // Result // The self inductance of the coil = 65 mH

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/2223/CH18/EX18.28/Ex18_28.sce

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Ex18_28.sce

// scilab Code Exa 18.28 centrifugal Air compressor T01=335; // in Kelvin p01=1.02; // Initial Pressure in bar beta1=61.4; // air angle at the inlet of axial inducer blades gamma=1.4; N=7200; // rotor Speed in RPM d1=0.175; // Mean Blade ring diameter at entry d2=0.5; // impeller diameter at exit cp=1005; // Specific Heat at Constant Pressure in J/(kgK) A1=0.0412; // Area of cross section at the impeller inlet R=287; b2=A1/(%pi*d2); disp("cm",b2*1e2,"(a)width of the impeller at exit is") u2=%pi*d2*N/60; //for N=7200 rpm p1=0.9444579; // from Ex18.27 pr=1.4206988; //pressure ratio m=5.0061078; //mass flow rate of air in kg/s T02=370.35381; ro2=1.1; //trial and error cr2(1)=m/(A1*ro2); n=2; for i=1:n c2(i)=sqrt(cr2(i)^2+(u2^2)); T2=T02-((c2(i)^2)/(2*cp)); p02=pr*p01; p2=p02*((T2/T02)^(1/((gamma-1)/gamma))); ro2=(p2*1e5)/(R*T2); cr2(i+1)=m/(ro2*A1); end cr=cr2(3); disp(p2/p1,"(b)the static pressure ratio is") //part(c) alpha2=atand(cr/u2); disp("degree",alpha2,"(c)the direction alpha2 of the absolute velocity vector(c2) or the diffuser angle at entry is")

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/3131/CH2/EX2.8/2_8.sce

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2_8.sce

clear all; clc; disp("Ex 2_8") f=100 b1=60//given angle theta in degrees b=b1*%pi/180 g1=45//given angle theta in degrees g=g1*%pi/180 p=sqrt(1-(cos(b)^2)-(cos(g)^2)) p1=p*(-1) printf('\n\ncos(alpha) = + or - %.1f',p) l1=acos(p) lf=l1*180/%pi l2=acos(p1) lf1=l2*180/%pi printf('\n\n alpha = %.0f degrees or %.0f degrees',lf,lf1) disp(" ") disp("From figure 2-29 , alpha = 60 degrees") F_i=f*cos(l1) F_j=f*cos(b) F_k=f*cos(g) printf('\n\nF = (%.1f i + %.1f j + %.1f k) N',F_i,F_j,F_k) disp(" ") disp("To verify that F=100 N") F=sqrt(F_i^2+F_j^2+F_k^2) printf('\n\nF = %.0f N',F)

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/3886/CH9/EX9.18/9_18.sce

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9_18.sce

//Compute moment of inertia //refer fig. 9.43 Ixx=((125*60^3)/36)+(125*(60/2)*(60+60/3)^2)+((125*60^3)/36)+(125*(60/2)*(2*60/3)^2)+((125*60^3)/36)+(125*(60/2)*(60/3)^2)+((125*60^3)/36)+(125*(60/2)*(60/3)^2) //mm^4 printf("Ixx=%.2d mm^4",Ixx)

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/ScilabFromTheoryToPractice/Computing/testexo2b.sce

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testexo2b.sce

n=6;m=5; L=([1:n]')*ones(1,m); // line number C=ones(n,1)*[1:m]; // column number // N = matrix of element positions N=L+(C-1)*n // method 1 N=zeros(n,m);N(:)=[1:n*m] // method 2

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/3835/CH4/EX4.33/Ex4_33.sce

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Ex4_33.sce

clear // //the eqns are formed using the given diagram //the derivations from the eqns are obtained as below using matrices for their construction //the below eqns are in polar form delta=0.3165 delta1=5.95 delta2=6.82 v1=delta1/delta printf("\n v1 at -47.63 is= %0.1f V",v1) v2=delta2/delta printf("\n v2 at -42.30 is= %0.1f V",v2)

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/3673/CH7/EX7.5/Ex7_5.sce

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//Example 7_5 page no:263 clc; Vmag=50; Vang=0; Rmag=9.22; Rang=77.47; Imag=Vmag/Rmag; Iang=Vang-Rang; V1mag=5.42*5.38;//voltage across (2+j5)ohm V1ang=-77.47+68.19; I2mag=(20*4)/9.22; I2ang=120-77.47; V2mag=I2mag*5.38;//voltage across (2+j5)ohm due to current I2 is V2ang=42.53+68.19; V1rel=V1mag*(cosd(V1ang)); V1img=V1mag*(sind(V1ang)); V2rel=V2mag*(cosd(V2ang)); V2img=V2mag*(sind(V2ang)); Vrel=V1rel+V2rel; Vimg=V1img+V2img; Vfmag=sqrt((Vrel*Vrel)+(Vimg*Vimg)); Vfang=atand(Vimg/Vrel); disp(Vfmag,"magnitude of voltage across(2+5j)ohm is(in V)"); disp(Vfang,"angle of voltage across (2+5j)ohm is(in degree)");

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/1760/CH2/EX2.105/EX2_105.sce

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EX2_105.sce

//EXAMPLE-2.105 PG-NO143 N1=250; //number of turn I1=2; //current Q1=0.3*10^-3; //phi L1=(N1*Q1)/I1; V2=63.75; K=0.85; x=10^3; //x=di/dt M=V2/x; L2=((V2/K)^2)/((37.510^-3)^0.5); Q12=0.255*10^-3; y=1.275*10^-7; //y=dQ12/dt N2=V2/y ; disp('i) L1 = '+string (L1)+' Tesla') disp('ii) M = '+string (M)+' ') disp('iii) L2 = '+string (L2)+' ') disp('iv) N2 = '+string (N2)+'')

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/620/CH10/EX10.6/example10_6.sce

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vb=13.2; vg=14.4; rb=0.5; rg=0.1; i=(vg-vb)/(rb+rg); vrb=i*rb; vth=vb+vrb; rth=rb*rg/(rb+rg); disp("Part a"); rl1=1; i1=vth/(rth+rl1); disp("current (in A) through the load resistor is"); disp(i1); disp("Part b"); rl2=2; i2=vth/(rth+rl2); disp("current (in A) through the load resistor is"); disp(i2); disp("Part c"); rl3=3; i3=vth/(rth+rl3); disp("current (in A) through the load resistor is"); disp(i3);

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/2054/CH3/EX3.14/Exa3_14.sce

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//Exa:3.14 clc; clear; close; V_dc=125;//in volts V_a=200;//average output voltage (in volts) T_on=1*10^-3;//in seconds alpha=V_a/(V_a+V_dc);//duty cycle f=alpha/T_on; disp(f,'Frequency Of Switching pulse (in hertz)=')

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bow.18_3.tst

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