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//developed in windows 8 operating system 64bit
//platform Scilab 5.4.1
//example 31_1w
clc;clear;
//Given Data
epsilon=8.85*10^-12; //Value of electric constant (Unit: C^2/N-m^2)
area=200*10^-4; //Area of the plates (Unit:m^2)
d=1*10^-3; //Distance between the plates (Unit:m)
charge=1*10^-9; //Charge in the capacitor (Unit:C)
d_new=2*10^-3; //New Distance between the plates (Unit:m)
//Calculation
capacitance=area*epsilon/d; //Calculation of the capacitance of the plate (Unit:Farad)
potential_difference=charge/capacitance; //Calculation of the potential difference between plates (Unit:Volts)
capacitance_new=area*epsilon/d_new; //Calculation of new capacitance of the plate (Unit:Farad)
potential_difference_new=charge/capacitance_new; //Calculation of new potential difference between plates (Unit:Volts)
disp(potential_difference,"The potential difference developed between the plates is (Unit: volts)");
disp(potential_difference_new,"New potential difference developed between the plates when sepration is increased (Unit: volts)");
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