1. for a given circuit, L=2 mH, R=0, C=0.8 uF, and E=20e^-200mV. find the equati

Question

1. for a given circuit, L=2 mH, R=0, C=0.8 uF, and E=20e^-200mV. find the equation relating the current and the time if q=0 aND I=0 WHEN T=0

2.solve the differential equation. The formof y_pis given

y''-4y'=2e^x+xe^x

3.solve the following differention by laplace transforms

3y''+27y=5 sin 3t

y(0)=0

y'(0)=0

4.find the transform of the given function

f(t) = cos 2t - sin2t

L(f)

5.solve differential equation

4y^2dx+dy=0

6. find the particular solution of the given differential equation

y'=10(1-y) cos x

x=5pi/6 when y = 0

Explanation / Answer

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