A $120V,60Hz$ a.c. power is connected $800\Omega$ non-inductive resistance and unknown capacitance in series. The voltage drop across the resistance is found to be $102V$, then voltage drop across capacitor is

A 120 V, 60 Hz power source is connected across an $800\Omega$ non inductive resistance and an unkown capacitance in series. The voltage drop across the resistor is 102 V.
(a) What is the voltahe drop acorss the capacitor ?
(b) What is the reactance of the capacitor ?

A 120V, 60 HzA.C. is connected across a non - inductive resistace of $400\Omega$ an un-known capacitor joined in series. The voltage across resistance is 66.3 V. The voltage drop across capacitor is

In the above circuit, the voltage drop across the resistance (R) is

In series LCR circuit voltage drop across resistance is 8V, across inductor is 6V and across capacitor is 12V. Then

In series $L-C-R$ circuit, voltage drop across resistance is $8V$, across inductor is $6V$ and across capacitor is $12V$. Then,

A $100\Omega$ resistance is connected in series with a $4H$ inductor. The voltage across the resistor is $V_R=2\sin \left(1000t\right)V$. The voltage across the inductors is

A diode is connected to $220V\left(rms\right)$ $ac$ in series with a capacitor as shown in fig. The voltage across the capacitor is

A 20volts $AC$ is applied to a circuit consisting of a resistance and a coil with negligible resistance. If the voltage across the resistance is $12V$, the voltage across the coil is

An alternating voltage is connected in series with a resistance $R$ and inductance $L$ if the potential drop across the resistance is $200V$ and across the inductance is $150V$, then the applied voltage is

The voltage drop across 15 $\omega$ resistance in the given figure will be________________