Calculate the maximum power delivered to the load resistor (RL) for the circuit shown in Fig. 5

Derive the condition for maximum power transfer to load for DC circuit

For an RL circuit with R = 37.84 Ω and L = 65.79 mH, how long does it take the current to reach 75% of its maximum value?  ms

The total power dissipated in a series circuit is equal to thepower in the largest resistorpower in the smallest resistoraverage of the power in all resistorssum of the power in all resistors

The total power dissipated in a parallel circuit is equal to thepower in the largest resistorpower in the smallest resistoraverage of the power in all resistorssum of the power in all resistors

n the RLC series circuit shown in Fig. 3 if, v(t) = 60 sin(100t + 60o) V, compute thefollowing.(a) Total Impedance Z(b) RMS value of the current i(t).(c) Voltage across the capcitor vo(t)(d) Average power absorbed by each element in the circuit.(e) Apparent power supplied by the source and the power factor.