A resistor `R` and the capacitor `C` are connected in series across an ac source of rms voltage `5V` if the rms voltage across `C` is `3V` then that across `R` is .

A resistor and a capacitor are connected in series with an a.c. source. If the potential drop across the capacitor is 5 V and that across resistor is 12 V, applied voltage is

A resistor and a capacitor are connected in series with an a.c. source. If the potential drop across the capacitor is 5 V and that across resistor is 12 V, applied voltage is

A resistor and a capacitor are connected in series with an a.c. source. If the potential drop across the capacitor is 5 V and that across resistor is 12 V, the applied voltage is

A resistor an inductor and a capacitor are connected in series to an ac source An ac voltmeter measures the votage across them as 800 V, 30 V and 90V respectively The rms value of the supply voltage is .

A resistance and a capacitor is connected in series with an alternating voltage of rms value 13 V. The terminal voltage of the resistor is 12V and that across the capacitor is (n+0.38)V. What is the value of n?

A resistor of 200 Omega and a capacitor of 1.50 mu F are connected in series to a 220V, 50 Hz ac source. Calculate the voltage (rms) across the resistor and the capacitor. Is the algebraic sum of these voltages more than the source voltage ? If yes, resolve the paradox.

A resistor of 100 Omega and a capacitor of 250 muF are connected in series to a 220 V , 50 Hz ac source. Calculate the voltage (rms) across the resistor and the capacitor . Is the algebraic sum of these voltages more than the source voltage ? If yes, resolve the paradox.

A resistance of 200Omega and capacitor of 15muF are connected in series to a 220 V, 50 Hz AC source. The voltage (rms) across the resistor and capacitor is that