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// Additional solved examples , Example 24 , pg 342
e=1.6*10^-19 //charge in electron (in C)
Ix=2*10^-3 //current (in A)
d=220*10^-4 //thickness (in cm)
Bz=5*10^-5 //magnetic induction (in Wb/cm^2)
Un=800 //electron mobility (in cm^2/(V*s))
n=9*10^16 //doping concentration (in atoms/cm^3)
sigma=n*e*(Un) // electrical conductivity
rho=1/sigma //resistivity
Rh=-1/(e*n) //Hall coefficient
Vh=-(Ix*Bz)/(d*e*n) //Hall voltage
printf("Resistivity(in ohm*cm)")
disp(rho)
printf("Hall coefficient(in cm^3/C)")
disp(Rh)
printf("Hall voltage (in V)")
disp(Vh)
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