Home
Class 12
PHYSICS
A d.c. voltage with appreciable riple ex...

A d.c. voltage with appreciable riple expressed as `V = V1 + V2 cos omegat` is applied to a resistor R. The amount of heat generated per second is given by -

Promotional Banner

Similar Questions

Explore conceptually related problems

A d.c. voltage with appreciable ripple expressed as V = V_(1) + V_(2) cos omega t is applied is a resistor The amount of heat generated per second is given by

A d.c. voltage with ripple V = V_1 + V_2 cos omegat is applied to a resistor R. The heat produced is

When a voltage V = V_(0) cos omegat is applied across a resistor of resistance R, the average power dissipated per cycle in the resistor is given by

When a voltage V = V_(0) cos omegat is applied across a resistor of resistance R, the average power dissipated per cycle in the resistor is given by

220 V, 50 Hz , AC is applied to a resistor . The instantaneous value of voltage is

220 V, 50 Hz , AC is applied to a resistor . The instantaneous value of voltage is

Show that an alternating voltage V=V_m sin omegat applied to a resistor R drives a current i= i sin omega t in the resistor.

A small signal voltage V(t)=V_0 sin omegat is applied across an ideal capacitor C:

A small signal voltage V(t)=V_(0)sin omegat is applied across an ideal capacitor C :