3. [CLO3] For the circuit shown in Figure 3, (a) Draw the appropriate frequency-domain equivalent circuit....

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3. [CLO3] For the circuit shown in Figure 3, (a) Draw the appropriate frequency-domain equivalent circuit. [1] [2] [4] [2] [1] (b) Write the two node equations for this equivalent circuit. (c) Solve the node equations of part (b) to find the values of V1(s) and V2(s). (d) Take the inverse Laplace Transform of funcitons of part (c) to find vi(t) and v2(t). (e) Calculate the power dissipated in 30 resistor of Figure 3. 52 1.5u(t) V(+ 400 mF 2u(t) A Figure 3: Circuit for problem 3 3. [CLO3] For the circuit shown in Figure 3, (a) Draw the appropriate frequency-domain equivalent circuit. [1] [2] [4] [2] [1] (b) Write the two node equations for this equivalent circuit. (c) Solve the node equations of part (b) to find the values of V1(s) and V2(s). (d) Take the inverse Laplace Transform of funcitons of part (c) to find vi(t) and v2(t). (e) Calculate the power dissipated in 30 resistor of Figure 3. 52 1.5u(t) V(+ 400 mF 2u(t) A Figure 3: Circuit for problem 3