Test on Inductive/Capacitive circuits

A pure inductor of inductance =0.5 H is connected to an AC supply with a frequency of = 50 Hz. Calculate the current in the circuit if the supply voltage is V = 230V. The current should be in Ampere and up to three significant digits.

A coil with an inductance of = 200 mH is connected to an alternating current source with an angular frequency of = 1000 rad/s. Find the peak current (in mA) in the circuit if supplied voltage is 70.7 V.

An AC circuit consists of a pure inductance of L = 2H. The circuit is driven by an alternating voltage with an angular frequency ω = 314rad/s. Calculate the inductive reactance in ohm.

A capacitor with a capacitance of = 100 F is connected to an AC supply with a frequency of =60  
Hz. Calculate the capacitive reactance of the circuit in ohm and having three significant figures.

A capacitor with a capacitance of = 50 nF is connected to an alternating current source with an angular frequency of = 5000 rad/s. If the peak voltage of the source is 10 V, calculate the peak current (in mA) in the circuit.

An AC circuit consists of a pure capacitance of = 1 micro-Farad. The circuit is driven by an alternating voltage with a frequency = 1000 Hz. Calculate the capacitive reactance in ohm and up to two significant figures.