The equation for the voltage v(t) across a capacitor as a function of time is...

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please see attached file for the question details:

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KSSV
KSSV am 4 Dez. 2017
N = 500 ;
t = linspace(0,7,N) ;
i = @(t) 0.3+0.1*exp(-5*t).*sin(25*pi*t) ; % current
i = i(t) ;
plot(t,i) ;
Read about sum, trapz to get the integration.
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mat lab
mat lab am 4 Dez. 2017
Bearbeitet: mat lab am 4 Dez. 2017
thats the integration of V(t) ? for that integration would i need to differentiate i(t)dx ?

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