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global Vi Vf Voc G Ta N Isc Ns Np A Ki Eg k q //Caracteristicas del Panel Solar N=1200; Voc=40.10; Isc=10.20; Ns=36; Np=1; A=1.2; Ki=3e-3; Eg=1.15; k=1.38e-23; q=1.6e-19; /*---------------------------------------------------------------*/ //Isc: Corriente de corto circuito a una radiaciòn de 1000 W/m². //Ns: Canti...
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// 0.0000000000000000 nt = 18488 ; x=zeros(nt,3); y=zeros(nt,3); z=zeros(nt,3); x( 1 ,1) = 1.0000000000000000 ; x( 1 ,2) = 1.1308937999999999 ; x( 1 ,3) = 1.0000000000000000 ; y( 1 ,1) = 0.0...
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// ELECTRIC POWER TRANSMISSION SYSTEM ENGINEERING ANALYSIS AND DESIGN // TURAN GONEN // CRC PRESS // SECOND EDITION // CHAPTER : 6 : DIRECT-CURRENT POWER TRANSMISSION // EXAMPLE : 6.3 : clear ; clc ; close ; // Clear the work space and console // GIVEN DATA V_d0 = 125 ; // voltage rating of bridge rectifi...
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errcatch(-1,"stop");mode(2);//Example 6.17.1 // desired gate time ; ; //given data : r=0.1;//in Hz D=1/r; disp(D,"the desired gate time,D(sec) = ") exit();
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// Display mode mode(0); // Display warning for floating point exception ieee(1); clear; clc; disp("Engineering Thermodynamics by Onkar Singh,Chapter 1,Example 12") v=750;//relative velocity of object with respect to earth in m/sec F=4000;//gravitational force in N g=8;//acceleration due to gravity in m/s^2 d...
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//Initialisation of variables clc e=1.603e-20//electron volts t=6.6e-9 m=9.11e-28//mass of electron V=500e8//e.m.u d=5//cm X=V/d//e.m.u per cm f=X*e//force on electron a=f/m//acceleration of electron v=a*t//velocity of electron dist=.5*a*t^2//distance travelled printf('velocity of electron is %e cm per s \n...
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s=%s [A]=pfss((s+2)/(s^2+2*s+1)*(s+3)) disp([A])
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// Exa 4.6 clc; clear; // Given l = 25; // length of x-deflection plates in mm d = 1; // distance between x-deflection plates in mm s = 200; // distance between screen and centre of plate in mm Va = 3000; // applied accelerating voltage in volts Lt = 100; // length of trace in mm // Solution // Defl...
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function [y]=enveloppe_ADSR(t,d,m) a=1/24; d2=1/24; s=d-3/16; r=1/8; //m=0.5; if (0<=t) & (t<a) y=1/a*t; elseif (a<=t) & (t<(a+d2)) y=1-(1-m)/d2*(t-a); elseif ((a+d2)<=t) & (t<(a+d2+s)) y=m; else y=m-m/r*(t-(a+d2+s)); end; endfunction
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// Scilab code Exa16.4 : : Page-673 (2011) clc; clear; A = 80*10^6; // Activity, becquerel t_half = 6*3600; // Half life, s N = A*t_half/0.693; // Number of surviving radionuclei E_released = 0.9*N*(140e+03)*1.6e-19; // Energy released, joule m_l = 1.8; // Mass of liver of average man...
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function %aotlist_p(obj) mprintf("Signal generation object\n") mprintf(" .init() - configures signal generation parametes\n") mprintf(" .trigger() - confiures signal generation start trigges\n") mprintf(" .write() - queues data to be output\n") mprintf(" .start() - starts signal generation\n") ...
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function x=g_int(a) // only to be called by function int //! select type(a) case 2 then x=int(a) //-compat next case retained for list/tlist compatibility case 15 then a1=a(1); if a1(1)=='r' then error(43) else error(43) end case 16 then a1=a(1); if a1(1)=='r' then error(43) else error(...
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//problem 22 pagenumber 4.47 //given n=10;format(6); vfs=10.24;//volt distortion=56;//dB //determine ENOB SNRmax q=vfs/(2^n*sqrt(12)); snrmax=(6.02*n+1.76);//formula for SNRmax disp('SNRmax = '+string(snrmax)+' dB'); format(2); en=(distortion-1.76)/6.02; disp('ENOB = '+string(en));//no unit
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// Scilab ( http://www.scilab.org/ ) - This file is part of Scilab // Copyright (C) 2018-2018 - GSoC 2018 - Siddhartha Gairola // // This file is hereby licensed under the terms of the GNU GPL v2.0, // pursuant to a...
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//Example 14.8. Refer fig.14.8 clc format(6) R1=20*10^3 R2=20*10^3 hie=2*10^3 RL=1*10^3 Re=100 hfe=80 A=(-hfe*RL)/hie disp(A,"(a) A = -hfe*RL / hie =") disp(" Ri = hie = 2 k-ohm") beta=Re/RL disp(beta,"(b) beta = Re / RL =") Rif=hie+((1+hfe)*Re) x1=Rif*10^-3 disp(x1,"(c) Rif(k-ohm) = hie + (1+hfe...
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//DFS of sampled periodic signals xn=[0 ones(2:16) 0 -ones(18:32)]; XDFS=0.032*fft(xn,-1); for i=1:length(XDFS) if (abs(XDFS(i))<0.000001) then XDFS(i)=0; end end disp(XDFS,'The DFS of x[n] is');
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//Exam:6.7 clc; clear; close; W_t=4.52;//Work function for tungesten(in eV) W_b=2.5;//Work function for barrium(in eV) h=6.62*(10^(-34));//Planck's constant(in m2*kg/s) c=3*10^8;//speed of light (in m/s) e=1.6*10^-19;//electron charge(in coulomb) W_T=W_t*e;//Work function for tungesten(in Joule) W_B=W_b*e;//W...
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format("e",16) //------------------------------ Richardson ----------------------------------// //créer une matrice tridiagonal de taille n function [res]=Create_Mdiag(a,b,c,n) B=diag(ones(n-1,1)*a,1) + diag(ones(n,1)*b) +diag(ones(n-1,1)*c,-1) res=B endfunction function [x,relres,resvec,it]= richardson(A,...
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clear; clc; // A Textbook on HEAT TRANSFER by S P SUKHATME // Chapter 1 // Introduction //Example 1.3 // Page 16 printf("Example 1.3, Page 16\n\n"); //Solution: // Given v_i=10; // [m/s] q=1000; // [W] d_i=0.04; // [m] d_o=0.06; // [m] // From appendix table A.2 rho1=0.946; // [kg/m^3] at 100 deg...
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clc; w1=85; // reading of wattmeter 1; w2=35; // reading of wattmeter 2; P=w1+w2; // total input power n=0.85; // efficiency of motor vl=1100; // supply voltage pf=cosd(atand((sqrt(3)*(w1-w2))/(w1+w2))); il=(P*1000)/(sqrt(3)*vl*pf); // line current ps=n*P; printf('Input power is %f KW\n',P); printf('Line curr...
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// Exa 7.31 clc; clear; close; // Given data f1= 1;// in MHz f1=f1*10^6;// in Hz f2= 2;// in MHz f2=f2*10^6;// in Hz C1=480;// in pF C1=C1*10^-12;// in F C2=90;// in pF C2=C2*10^-12;// in F R=10;// in ohm omega1= 2*%pi*f1;// in radians/sec omega2= 2*%pi*f2;// in radians/sec // Part (i) Cd= (C1-4*C2)/...
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clc; tm=2; // ratio of maximum torque to full load torque r=0.2; // per phase rotor resistance referred to stator x=2; // per phase reactance referred to stator s=r/x; // slip at maximum torque disp('case a'); ts1=(2*s*tm)/(s^2+1); printf('Ratio of starting torque to full load torque is %f\n',ts1); disp('case ...
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//Problem 12.14: //initializing the variables: //Antoine Eq Coeff for ethanol Ae = 8.1122; Be = 1592.864; Ce = 226.184; //Antoine Eq Coeff for toulene At = 6.95805; Bt = 1346.773; Ct = 219.693; p = 760; // mm of Hg R = 1.987; //calculation: //The saturation temperatures: Tsat_e = (Be/(Ae - log10(p))...
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//(4.4) Steam enters a turbine operating at steady state with a mass flow rate of 4600 kg/h. The turbine develops a power output of 1000 kW. At the inlet, the pressure is 60 bar, the temperature is 400C, and the velocity is 10 m/s. At the exit, the pressure is 0.1 bar, the quality is 0.9 (90%), and the velocity is 5...
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load isNegative.hdl, output-file isNegative.out, compare-to isNegative.cmp, output-list in%B1.8.1 neg%B3.1.3; set in %B00000000, eval, output; set in %B00000001, eval, output; set in %B00000010, eval, output; set in %B00000100, eval, output; set in %B00001000, eval, output; set in %B00010000, eval, output; set i...
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// 08.05.21 // 08.11.26 function Dottedline(varargin) global Wfile FID MilliIn; Nall=length(varargin); Nagasa=0.1; Ookisa=0.02*0.5; I=Nall; Tmp=varargin(I); while type(Tmp)==1 & length(Tmp)==1 I=I-1; Tmp=varargin(I); end if I==Nall-1 Nagasa=Nagasa*varargin(Nall); Nall=Nall-1; end ...
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clc; //from tables; v_a=0.1115;//m^3/kg u_a=2681;//kJ/kg //steami s super heated disp("internal energy of part a is:"); disp("kJ/kg",u_a); p_b=20;//bar u_b=2600;//kJ/kg disp("internal energy of part b is:"); disp("kJ/kg",u_b); v_d=0.4743;//m^3/kg u_d=2881;//kJ/kg disp("internal energy of part d is:"); disp("kJ/kg",...
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clc; //page no 184 //prob no. 5.5 //An FM transmitter produce 10W of carrier power operating at 15V Vcc=15;Pc=10; //Determination of load impedance seen from collector Rl=((Vcc)^2)/(2*Pc); disp('ohm',Rl,'The load impedance is');
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printf("\t example 12.3 \n"); printf("\t approximate values are mentioned in the book \n"); T1=200; // inlet hot fluid,F T2=130; // outlet hot fluid,F T3=125; // after condensation t1=65; // inlet cold fluid,F t3=100; // outlet cold fluid,F W=27958; // lb/hr w=135500; // lb/hr printf("\t 1.for heat balance \n"...
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//Page Number: 469 //Example 9.9 clc; //Given e=1.6D-19; Nd=8D+23; //m-3 a=0.12D-6; //m er=13.2; e0=8.854D-12; //Pinch off voltage Vp=(e*Nd*a*a)/(2*er*e0); disp('V',Vp,'Pinch off voltage:');
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//Vitor Guilherme Forbrig (vitorforbrig@gmail.com) clc(); //clear console eps = 0.001; //here we put the minimum aproximation that we want it = 200; //number of iteractions //---------------------------------------------------------------------MISC------------------------------------------------------------------ fun...
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//chapter 1 Ex 24 clc; clear; close; n1=684; n2=759; n3=413; n4=676; //in order to find unit digit in product of above 4 numbers, we find product of unit digits of each of these numbers //unit places of each of the 4 numbers unit1=modulo(modulo(n1,100),10); //since given number is 3 digit unit2=modulo(modul...
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//example-7.6 //page no-216 //given //temp and pressure of Nitrogen gas T=400 //K P=15 //atm //Nitrogen conc at the inner surface of the tank M=12 //kg/m^3 //constant D0 and activation energy D0=5*10^-7 // m^2/s Q=75*10^3 //J/mol //thickness of tank wall x=6*10^-3 //m D=M/x //kg/m^4 (calculation mist...
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//example 1.3 //page 13 clc; funcprot(0); //initialissation of variable Beta1=2.28*10^9; Beta2=2.94*10^9; Beta_av=Beta1/2+Beta2/2; delP=1034-103.4; V=10; delV=-delP/Beta_av*V; disp(-delV,"net reduction of volume(m^3)="); clear
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// Exa 1.4 clc; clear; close; // Given data V = 10;// in V V_BE = 0.715;// in V R = 5.6;// in k ohm I = (V-V_BE)/(R);// in mA bita = 100; I_C1 = (bita/(4+bita))*I;// in mA disp(I_C1,"For transistor Q1, the collector current in mA is"); I_C2 = I_C1;// in mA disp(I_C2,"For transistor Q2, the collector curren...
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Demand of layer: 0 1 3 6 10 15 21 28 36 45 55 66 78 91 104 117 130 143 156 169 182 195 208 221 234 247 260 Biomass for layer: 0.00 0.01 0.02 0.02 0.03 0.06 0.11 0.20 0.35 0.60 0.97 1.40 1.88 2.26 2.49 2.52 2.67 2.60 2.72 2.63 2.74 2.64 2.74 2.64 2.74 2.64 2.74 Layer on each branch: Phy age 1 0.00 0.00 2....
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# hysim 1.5 tutorial problem units Field $thermo = VirtualMaterials.Peng-Robinson / -> $thermo thermo + Methane Ethane Propane thermo + isoButane n-Butane isoPentane n-Pentane n-Hexane thermo + n-Heptane n-Octane Feed = Stream.Stream_Material() Feed.In.T = 60 Feed.In.P = 600 Feed.In.MoleFlow = 144 Feed.In....
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//A Textbook of Chemical Engineering Thermodynamics //Chapter 3 //P-V-T Behaviour and Heat Effects //Example 3 clear; clc; //Given: Cp = 29.3; //specific heat at constant pressure(kJ/kmol K) R = 8.314; //ideal gas constant //To determine heat and work effects for each step //Step 1: Gas is heated ...
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// Max and Min firing delays // Basic Electronics // By Debashis De // First Edition, 2010 // Dorling Kindersley Pvt. Ltd. India // Example 8-8 in page 386 clear; clc; close; // Given Data Vc=40; // Breakdown voltage of DIAC in V C=470*10^-9; // Capacitance in nF E=240; // Rms voltage at 50 Hz in V omga=...
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// Example 6.19;//A,Beta,Rif,Af amd loop gain clc; clear; close; R1=1;//resistance in killo ohms R2=20;// resistance in killo ohms Re=100;//emitter resistance in ohms //H Paramters are hie=2;//in killo ohms hfe=80; Rl=1;//load resistance in killo ohms Ri=hie;//input resistance in killo ohms A= -(hfe*Rl*10^...
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//example 6.8 //simpson 1/3rd method for integration //page 226 clc;clear;close; x=[0.00 0.25 0.50 0.75 1.00]; y=[1.000 0.9896 0.9589 0.9089 0.8415]; y=y^2; h=x(2)-x(1); l=length(x); area=0; for i=1:l if i==1|i==l then area=area+y(i) elseif (modulo(i,2))==0 then area=area+4*y(i...
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// Example 16_11 clc;funcprot(0); // Given data M_x=5.50;// The Mach number p_x=14.7;// lbf/in^2 T_x=70.0+459.67;// °F k=1.4;// The specific heat ratio R=53.34;// ft.lbf/lbm.R g_c=32.174;// lbm.ft/lbf.s^2 // Calculation M_y=((((k-1)*M_x^2)+2)/((2*k*M_x^2)+1-k))^(1/2);// The Mach number T_y=T_x*[(1+(((k-1)/...
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function n=plot_graph(signal) taxa_amostragem=5000; t = 0:1/taxa_amostragem:3; //vetor tempo N=size(t,'*'); //numero de amostras f=taxa_amostragem*(0:(N/2))/N; //vetor de frequencias n=size(f,'*') clf() plot(f,abs(signal(1:n))) endfunction function Hk = filtro_passa_faixa(f_max,f_c_min...
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// function for extracting the discrete model for a Buck converter //Taken from "Digital control of high frequency PWM converters" p.14 // It will generate the Matrixes function [A1,A0,b1,b0,c1,c0,V]=Buck_matrix(L,rl,C,rc,Vg,D,Vload,Iload,Rload) //Outputs are the matrixes and the input vector //iput parameters...
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//Chapter 11 //Example 11_24 //Page 297 clear;clc; s=200; r=20; l=20; //R+X is represented by the variable rx rx=r*(l+l); x=(rx-s)/2; d=x/r; printf("Resistance of cable from test end to fault point = %d ohm \n\n", x); printf("Distance of fault from test end = %d km \n\n", d);
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Names = ["Outlook" "Temperature" "Humidity" "Windy" "Play"] // dataset = [ // "sunny" "hot" "high" "false" "no" // "sunny" "hot" "high" "true" "no" // "overcast" "hot" "high" "false" "yes" // "rainy" "mild" "high" "false" "yes" // "rainy" "cool" "normal" "false" "yes" // "rainy" "cool" "n...
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//Ex:23 clc; clear; close; B_s=10^6;//B.W. in Hz a=0.5;//Roll_off of a filter r_sym=B_s/(1+a);//Symbol rate in bps printf("Symbol rate =%f bit/sec", r_sym); printf("\n Symbol rate =%f Kbit/sec", r_sym/1000);
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clear // // // //Variable declaration c=3*10^8; //velocity of matter wave(m/s) h=6.62*10^-34; //plank's constant(Js) lamda=7000*10^-10; //wavelength(m) n=2.8*10^19; //number of ions //Calculation E=n*h*c/lamda; //energy of laser pulse(joule) //Result printf("\n energy of laser pulse i...
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aaa bbb ccc ddd eee saved test_ods_6_g.tmp (289 B) saved test_ods_6_g.tmp (13.1 kB) aaa bbb ccc ddd eee config.info.default (289 B) mnemonics.txt (13.1 kB)
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// chapter 16 // example 16.10 // fig. 16.20 // Determine rms current and peak reverse voltage // page-1028-1029 clear; clc; // given P0=500; // in MW E=250; // in kV // calculate P0=P0*1E6; // changing unit from MW to W E=E*1E3; // changing unit from kV to V Id=P0/(2*E); // calculation of direct current I...
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clear; lines(0); np=200; q=7; sig=0.00025; //sig1=0.01; siglin = 1.0e-6; s0 = '~/imc/StarBrush/Neutral/Data_17_apr/n' + string(np) + '/chi0/q' + string(q) + '/sig' + string(sig) + '/' ; nf=601;//number of the latest file i=1; N=np*(q+1); // MASS VITAL for j=1:1:nf s = s0 + 'CSBrush_sig' + string(sig...
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//dielectric constant and flux density //Example 5.4(pg 194) clc clear A=0.02//surface area of plate in m^2 d=0.001//distance between plates in m C=4.5*(10^-10)//capacitance in F V=15000//voltage in volts K0=8.854*(10^-12) K=(C*d)/(K0*A) q=C*V// charge on condenser in coulombs D=q/A//Electric flux density in...
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function trazadorcubi(X) //Es necesario que cada trazador que se ingrese sea una matriz diferente //para encontrar los posibles errores //los puntos que se escogieron fueron del carro de la compañera berly estafania //ya que ella cancelo la clase, dentro de la carpeta abra un archivo de excel //llamado puntoTraza que c...
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abs(int, 4, X) :: X == 4. abs(int, -1, X) :: X == -1. abs(int, tt, X) :: X == tt. abs(int, ff, X) :: X == ff. and(int, tt, tt, Res) :: Res == tt. and(int, ff, tt, Res) :: Res == ff. and(int, ff, ff, Res) :: Res == ff. eq(int, 4, 5, Res) :: Res == ff. eq(int, 4, 4, Res) :: Res == tt. leq(int, 4, 5, Res) :: Res == tt....
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clear; clc; R=10.4;L=3.67*(10^-3);G=0.8*(10^-6);C=0.00835*(10^-6);bmax=0.1; f=5.5*(10^3); //artificial line will be designed fr highest frequecy of operation w=2*%pi*f; Z=R+(%i*w*L); Y=G+(%i*w*C); P=sqrt(Z*Y); b=imag(P); l=bmax/b; Zs=Z*l/2; Zsh=1/(Y*l); Zr=Y*l; R1=real(Zs); printf("-R1/2 = %f ohms\n",roun...
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clc; m_EtOH=46; aof=1/m_EtOH; m_a=28.96; AF=8.957; aoa=AF/m_a; Total=aof+aoa; p0=aof/Total; //from table t1=20; t2=30; p1=0.0584; p2=0.1049; t=t1+[(p0-p1)/(p2-p1)]*(t2-t1); disp("C",t,"minimum temperature of the mix is:");
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// Variable Declaration x = 1.2 //Reactance of interconnector(ohm per phase) kv = 33.0 //Voltage of bus-bars(kV) SC_MVA1 = 3000.0 //Short-circuit MVA at bus-bar of first station(MVA) SC_MVA2 = 2000.0 //Short-circuit MVA at bus-bar of second station(MVA) // Calculation Sec...
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clc //initialisation t1=100//c t2=4//c k=0.5//cal/cm s c a=12//cm^2 l=8//cm r=36//cal/s //CALCULATIONS T=(((r*l)/(k*a))+t1+t2)*0.5 //results printf(' \n equilibrium temperature of inner surface= % 1f c',T)
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// Display mode mode(0); // Display warning for floating point exception ieee(1); clear; clc; disp("Introduction to heat transfer by S.K.Som, Chapter 4, Example 6") //Thickness of plate in m L = 0.2; //Initial temperature in °C Ti = 530; //Heat transfer coefficient in W/(m^2*K) h = 500; //Given distance in...
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// Chapter 6 example 13 //------------------------------------------------------------------------------ clc; clear; // Given data n = 10^15; // doping concentration in /cm^3 er = 15; // relative permitivity eo = 8.85*10^-14; // permitivity in F/cm e = 1.6*10^-19; // ch...
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//example 12.1 //page 443 clc; funcprot(0); //initialisation of variable Q=0.25; Gamma=9810*0.8; pi=3.14; H=25; T=350;//torque N=1800;//rpm omega=N/60*2*pi; neta=Gamma*Q*H/T/omega; disp(neta*100,"efficiency (%)"); clear
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units SI $thermo = VirtualMaterials.Peng-Robinson / -> $thermo thermo + Methane Ethane Propane Feed = Stream.Stream_Material() Feed.In.T = 20 Feed.In.P = 3000 Feed.In.MoleFlow = 100 Feed.In.Fraction = 70 20 10 valve = Valve.Valve() Feed.Out -> valve.In Outlet = Stream.Stream_Material() valve.Out -> Outlet.In Feed.pP...
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clear;lines(0); deff('[y]=f(x)','y=x*sin(30*x)/sqrt(1-((x/(2*%pi))^2))') exact=-2.5432596188; abs(exact-intg(0,2*%pi,f)) // See file routines/default/Ex-intg.f abs(exact-intg(0,2*%pi,'intgex'))
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//Example 12.3 //Aitken-Neville's Method //Page no. 378 clc;close;clear; function [x,y,z]=tran(a,b) // function for exchanging values z=a;y=b;x=z; endfunction deff('y=P(a,b,c,d,e)','y=(c(d)*b(d+1)-c(d+e)*b(d))/(a(d+e)-a(d))') //function for finding polynomials xi=[0.8,1,1.2,1.4,1.6]; yi=[2.2255,2...
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//Chapter 3 //Example 3_8 //Page 52 tl=[10 12 15]; tdf=[0.65 0.6 0.7]; tdg=[1.5 3.5 1.5]; df=1.3; total=0; //maximum load n=3; for i=1:n; sum_md(i)=tl(i)*tdf(i); printf("Sum of maximum demands on transformer %i = %.2f kW \n\n", i, sum_md(i)); md(i)=sum_md(i)/tdg(i); printf("Maximum demand on transformer %i ...
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clc //Example 15.11 // Heat from brake drive //------------------------------------------------------------------------------ //Given Data: T_atm=28 T_surf=228 Ar=6 C=44 res11= mopen(TMPDIR+'11_heat_from_brake_drive.txt','wt') Hd=C*(T_surf-T_atm)*Ar mfprintf(res11,'Hd=C*(T_surf-T-atm)*Ar\n') mfprint...
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//example 2.14// //addition of binary numbers// clc //clears the screen// clear //clears already existing variables// x=bin2dec('01101010') //x is the first number in addition// //binary to decimal conversion// y=bin2dec('00001000') //y is the second number in addition// t=bin2dec('10000001') //t is the thi...
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// ex1 clf A = -9.8; B = 1; u = 1; x0 = 0; t = [0: 0.01: 1]; //x = (1-exp(-9.8*t))/9.8 x=ltisol(A,B,u,x0,t); plot(t,x);
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disp(" a die is tossed 5 times with the following outcomes") x1=3; x2=4; x3=6; x4=1; x5=4; xmean=(x1+x2+x3+x4+x5)/5 //mean of the outcomes disp('for a fair die the mean is 3.5.So law of large numbers tells us that as number of outcomes increase for this experiment,there is a greater likelihood that themean will...
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//EXAMPLE-2-1 EXAMPLE-59 t=0.5; x=115; z=310.6 //time A.V=0.2*x; //average value R.M.S=(1/10)*z; //rms value F=R.M.S/A.V; //form factor P.F=60/R.M.S; //peak factor S=60/(2)^0.5; ...
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// To demonstrate the periodicity property of ACF as discussed in Example 6.7 on page 173 // 6.3 exec('plotacf.sci',-1); exec('label.sci',-1); L = 500; n = 1:L; w = 0.1; S = sin(w*n); m = 1; xi = m*rand(L,1,'normal'); Spxi = S+xi'; xset('window',0); plot(Spxi); label('',4,'n','y',4) xset('window',1); ...
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clc; disp(1100*3,"Distance in ft = "); //using s=v*t
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//Exa 6.3 clc; clear; close; //given data d=7.5*10^-2;// in m x=2;// in m T_s=70;// in degree C T_infinite=10;// in degree C del_T=T_s-T_infinite; g=9.81; calculation=4.5*10^10; // value of g*Bita*rho^2*C_p/(miu*k) K=2.75*10^-2;// in W/mK // g*Bita*rho^2*C_p/(miu*k) = g*Bita*rho^2/miu^2 * miu*C_p/k = (g*Bi...
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clear; clc; //Example 4.1 b=100; Vcc=12; Vbe=0.7; Rc=6; Rb=50; Vbb=1.2; //dc solution Ibq=(Vbb-Vbe)/Rb; printf('\nbase current=%.3f mA\n',Ibq) Icq=b*Ibq; printf('\ncollector current=%.3f mA\n',Icq) Vceq=Vcc-Icq*Rc; printf('\ncollector emitter voltage=%.2f V\n',Vceq) //transistor is forward biased //ac ...
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function [x, f, g, k]= Metodo_do_Gradiente_Ex7(t,x0,m,Sim,e) [f g] = Sim(x0) x = x0 k = 0 while (norm(g,%inf) > e) & (k < m) d = -g x = x + t*d [f g] = Sim(x) k = k+1 t = 1/k end
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// Scilab Code Ex6.17: Page-234 (2014) clc; clear; h = 6.62e-034; // Planck's constant, Js h_bar = h/(2*%pi); // Reduced Planck's constant, Js c = 3.00e+008; // Speed of light, m/s e = 1.602e-019; // Charge on an electron, C k = 9e+009; // Coulomb constant, N-Sq.m./C^2 m = 3727; // Energy equ...
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clc //initialisation of variables L= 4700 //ft l1= 2500 //ft d1= 15 //in l2= 1200 //ft d2= 12 //in d3= 9 //in l3= 1000 //ft H= 100 //ft f= 0.01 g= 32.2 //ft/sec^2 //CALCULATIONS D= (L/((l1/(d1/12)^5)+(l2/(d2/12)^5)+(l3/(d3/12)^5)))^(1/5) v= sqrt(2*g*D*H/(4*f*L)) Q= v*%pi*D^2/4 //RESULTS printf ('Qua...
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pathname=get_absolute_file_path('7_07.sce') filename=pathname+filesep()+'7_07data.sci' exec(filename) Sm=Hn-h;disp(Sm,"Sm=","Sm=Hn-h","static margin Sm:") printf("\Answer:\n") printf("\n\Static Margin : %f \n\n",Sm)
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I = imread("C:\Users\ADMIN\Documents\PHYSICS\6thYear\186\AP186\186A9\application\segmented\cancer.jpg"); //[count, cells] = imhist(I, 256); //plot (cells,count); //f=scf(); BW = I>215; avg = 513.59184; std = 36.72642; area = avg+std; r = sqrt(area/%pi); disp(r); SE2 = imcreatese('ellipse',5,5); SE1 = imcreatese('elli...
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clear // // //Initilization of Variables P=40*10**3 //N //Load L1=160 //mm //Length of Bar1 L2=240 //mm //Length of bar2 L3=160 //mm //Length of bar3 d1=25 //mm //Diameter of Bar1 d2=20 //mm //diameter of bar2 d3=25 //mm //diameter of bar3 dell_l=0.285 //mm //Total Extension of bar //Calculations E=P*4*(dell_l*%...
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## Test the remove primitive read <bs.fi :26 remove 2 # bs.xml :60 remove bs.spec :63 remove bs.c to :65 write -
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// Display mode mode(0); // Display warning for floating point exception ieee(1); clear; clc; disp("Engineering Thermodynamics by Onkar Singh Chapter 6 Example 14") x1=0.5;//dryness fraction m1=100;//mass of steam in kg v1=0.8475;// disp("it is constant volume process") disp("volume of vessel(V)=mass of vap...
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%. MATHLIB.TST % A simple set of tests for MAthLIB LOAD MATHLIB$ Global '(EPS); EPS:=1.0/(1.0E6); Fexpr procedure TS L$ % (Function,Arg,Expected Value) Begin scalar Fn,Arg,Val,x,y; Fn:=car L$ Arg:=EVAL cadr L$ Val:=EVAL Caddr L$ x:=Apply(fn, list arg)$ PrintF(" %r(%p) = %p, expect %p%n",Fn,arg,x,val)$ ...
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function [t]=cosh(x) //Syntax : <t>=cosh(x) // //t hyperbolic cosine of x //! if type(x)<>1 then error(53),end [m,n]=size(x); t=exp(x); if m<>n then t=(t+ones(m,n)./t)/2 else t=(t+1/t)/2 end
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//pagenumber 117 example 25 clear u=0.05;//metre square per velocity second correction in the book un=0.13;//metre square per velocity second condun=20;//second per metre conductivity of n region condup=1000;//second per metre conductivity of p region p=condup/(1.6*10^-19*u); no=condun/(1.6*10^-19*un); disp("el...
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exec('electrostatics.sci', -1) //Given that d = 12*10^-2 //in cm q = 150*10^-9 //in C q1 = +q q2 = -4*q q3 = +2*q //Sample Problem 25-6 printf("**Sample Problem 25-6**\n") U = EPotential(q1, d)*q2 + EPotential(q2, d)*q3 + EPotential(q3, d)*q1 printf("The electric potential energy of the system is equal...
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funcprot(0) function [polar] = rect2polar(x,y) polar=ones(1,2) polar(1)=sqrt((x^2)+(y^2)) polar(2)=atan(y/x) polar(2)=(polar(2)*180)/%pi endfunction function [rect] = polar2rect(r,theta) rect=ones(1,2) theta=(theta*%pi)/180 rect(1)=r*cos(theta) rect(2)=r*sin(theta) endfunctio...
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Name=Rocket Dodge Trainer PlayerCharacters=Quaker BotCharacters=Quaker Bot.bot IsChallenge=true Timelimit=75.0 PlayerProfile=Quaker AddedBots=Quaker Bot.bot PlayerMaxLives=0 BotMaxLives=0 PlayerTeam=2 BotTeams=1 MapName=dodge2.map MapScale=4.0 BlockProjectilePredictors=true BlockCheats=true InvinciblePlayer=true Invinc...
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// Exa 20.1 clc; clear all; // Given data V1=20;// superimposed small AF voltage(V) V2=30;//Bridge balance voltage(V) R1=100;// Bridge arm resistor(ohms) // Solution RF_pwr=(V2^2-V1^2)/(4*R1); printf('RF test power = %.2f W \n',RF_pwr);
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// Theory and Problems of Thermodynamics // Chapter 12 // Statistical Thermodynamics // Example 13 clear ;clc; //Given data T1 = 120 // temperature of aluminium TD1 = 398 // Debye temperature of aluminium TD2 = 172 // Debye temperature of sodium // Calculations ...
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//Example 14.7 rho=1.29;//Density of air (kg/m^3) V=12*18*3;//Volume (m^3) m=rho*V;//Mass of air (kg) c=1000;//Specific heat of air (J/kg.C), See Table 14.4 delta_T=10;//Change in temperature (C) Q=m*c*delta_T;//Heat transferred (J) t=30*60;//Time,minutes converted to seconds,(s) rate=Q/t;//Heat transfer rate(W...
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clc //initialisation of variables v=1600//ft per sec v1=600//ft per sec a=15//degree v2=0.90//ft b=20//degree g=32.2//ft r=(v*cosd(a)-v1)^2//ft per sec r1=(v*sind(a))^2//ft per sec //CALCULATIONS Vr=sqrt(r+r1)//ft per sec Vr1=v2*Vr//ft per sec V=Vr1*cosd(b)//ft per sec V1=v*cosd(a)-v1//ft per sec W=(V1+V...
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clc clear printf("example 5.10 page number 191\n\n") //to find temperature of earth R=7*10^10; //in cm Ts=6000; //in K l=1.5*10^13; //in m To=((R^2/(4*l^2))^0.25)*Ts; printf("temperature of earth = %f K",To)
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C = zeros(3,200*200*3); C(2, 1) = 200; C(3, 1) = 200; C2 = C; printf('%d', C2(2, 1)); printf('%d', C2(3, 1)); for i=0:C(2.1)-1 for j=0:C(3,1)-1 index = (i * C2(3, 1) + j) * 3; ITER = 20; current = ITER; x = double(i); y = double(j); z = complex(0, 0); c = complex((x - double(C(2, 1)) / 2) / 50.0, (y - ...
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// Exa 2.16 clc; clear; close; // Given data T1= 500;// in K T2= 2000;// in K m=1;// in kg Cp= '11.515-172/sqrt(T)-1530/T';// in kcal/kg mole K delta_H=m* integrate('11.515-172/sqrt(T)-1530/T','T',T1,T2);// in kcal/kg mole disp(delta_H,"Change in enthalpy in kcal/kg mole is : ")
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// Scilab Code Ex2.71:: Page-2.58(2009) clc; clear; delta_x = 0.02559e-01; // Displacement in movable mirror, cm lambda = 5890e-008; // Wavelength of light used, cm // As N*lambda/2 = delta_x, solving for N N = 2*delta_x/lambda; // Number of fringes crossing the field of view printf("\nThe number of fring...