2. In the circuit given in Figure 2, i,(t) = 5.67cos(5t)A and v (t) = 70.71...

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2. In the circuit given in Figure 2, i,(t) = 5.67cos(5t)A and v (t) = 70.71 cos(5t – 60) V a) Find the equivalent load impedance. State whether the load is inductive or capacitive. b) Calculate the load current Ijoad. Write an expression for itoad(t). c) Calculate the active and reactive power of the load. Determine the power factor. d) Find the source voltage Vs. Write an expression for vs(t). load v, (t) E y(2 V load(t) (mF) i(t) y(H) LOAD Figure 2 m 2. In the circuit given in Figure 2, i,(t) = 5.67cos(5t)A and v (t) = 70.71 cos(5t – 60) V a) Find the equivalent load impedance. State whether the load is inductive or capacitive. b) Calculate the load current Ijoad. Write an expression for itoad(t). c) Calculate the active and reactive power of the load. Determine the power factor. d) Find the source voltage Vs. Write an expression for vs(t). load v, (t) E y(2 V load(t) (mF) i(t) y(H) LOAD Figure 2 m

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