QUESTION 2 a) Find the general solution of the equation d'y dy da 1' + 3e...

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QUESTION 2 a) Find the general solution of the equation d'y dy da 1' + 3e dr by using the method of undetermined coefficients. b) Given a source-free parallel RLC-circuit as V 1 dV V = 0 LC dt2 RC dt where V is voltage of the system, R is resistance, C is capacitance and L is inductance. If the system experiences a critically damped case where only equal roots are present in the corresponding characteristic equation, find the value of L given that R 52 and C = 0.01F. Hence, find V(t) if V(0) = 5 and V'(0) = -100. %3D QUESTION 2 a) Find the general solution of the equation d'y dy da 1' + 3e dr by using the method of undetermined coefficients. b) Given a source-free parallel RLC-circuit as V 1 dV V = 0 LC dt2 RC dt where V is voltage of the system, R is resistance, C is capacitance and L is inductance. If the system experiences a critically damped case where only equal roots are present in the corresponding characteristic equation, find the value of L given that R 52 and C = 0.01F. Hence, find V(t) if V(0) = 5 and V'(0) = -100. %3D