RVUNL EE Network Theory Quiz 4

What is the value of the total impedance (in ohms) of a tank circuit working at resonant frequency having a capacitance of 0.01 mF and an inductance of 0.01 mH?

What will be the value of current ‘I’ (in A) for the given circuit diagram?

What will be the instantaneous value of the alternating voltage (in V) which is represented by v(t) = 120 sin(1 1t - 20) V, when the value of t is 10?

What will be the time (in seconds) taken by the inductor reach its maximum steady state value in a series RL circuit, when the value of the inductance is 0.8 H and the value of the resistance is 10 Ohms?

A constant voltage of 60 V is applied at  across a series R-L circuit as shown in the figure. Determine the current (in A) in the circuit at

What will be the value of inductance (in mH) connected in series with a capacitance of 4 F in a series RLC circuit having a quality factor 2, when the resonant frequency is 6 rad/sec?