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//Calculate the Equivalent Conductance of NaCl solution
//Example 8.2
clc;
clear;
c1=0.0560; //Molar concentration of KCl in solution mol L^-1
equiV1=134.5; //Equivalent coductance of KCl in ohm^-1 equiv^-1 cm^2
k1=(equiV1*c1)/1000; //Specific conductance of the KCl solution in ohm^-1 cm^-1
C1=0.0239; //Conductance of the solution containing KCl in ohm^-1
c2=k1/C1; //Cell constant of the solution in cm^-1
C2=0.0285; //Conductance of the solution containing KCl and NaCl in ohm^-1
k2=c2*C2; //Specific coductance of the NaCl solution ohm^-1 cm^-1
c3=0.0836; //Molar concentration of NaCl in solution in mol L^-1
equiV2=(1000*k2)/c3; //Equivalent conductance of NaCl in ohm^-1 equiv^-1 cm^2
printf("Equivalent Conductance = %.1f ohm^-1 equiv^-1 cm^2",equiV2);
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