%PROGRAM TO CALCULATE ENERGY STORED IN (1)INDIVIDUAL CAPACITANCE
%(2)CAPACITANCES CONNECTED IN SERIES
%(3) CAPACITANCES CONECTED IN PARALLEL


C1 = input('Enter the value of first capacitor in Farads = ');

C2 = input('Enter the value of second capacitor in Farads = ');

V  = input('Enter the value potential applied across capacitors in volts = ');

%Calculate the energy stored in first capacitor

disp('Energy stored in C1 = ');
W1 = (1/2)*C1*(V^2)

%Calculate the energy stored in second capacitor

disp('Energy stored in C2 = ');
W2 = (1/2)*C2*(V^2);

%Calculate Equivalent capacitance - Capacitors connected in series

Ceq_Series = (C1*C2)/(C1+C2);

%Calculate Equivalent capacitance - Capacitor connected in Parallel

Ceq_Parallel = C1+C2;


%Calculate the energy stored in equivalent capacitance (both series &
%parallel)

disp('Total Energy stored when capacitors are connected in Series = ');
W_series = (1/2)*Ceq_Series*(V^2);

disp('Total Energy stored when capacitors are connected in Parallel =');
W_Parallel = (1/2)*Ceq_Parallel*(V^2);