Alternating current in circuit is given by `I = I_(0) sin 2 pi nt`. Then the time by the current to rise from zero to r.m.s value is equal to

Alternating current in circuit is given by I=I_(0)sin2 pi nt .Then the time taken by the current to rise from zero to r.m.s value is equal to (1)/(nx) then x=

The electric current in an AC circuit is given by I=I_(0)sin omegat .What is the time taken by the current to change from its maximum value to the rms value?

The alternating current in a circuit is given by I = 50sin314t . The peak value and frequency of the current are

An alternating current 'I' is given by I = i_(0) sin 2 pi (t//T + 1//4) . Then the average current in the first one quarter time period to

An alternating current is given by I=100 sin(5 pi t) . How many times will be current become zero in one second?

An alternating current in a circuit is given by l = 20 sin ( 100 pi t + 0.05pi ) A. The rms value and the frequency of current respectively are

In the Ac circuit, the current is expressed as / = 100 sin 200pit. In this circuit the current rises from zero to peak value in time

An alternating current is given by I = i_1 cos omegat + i_2 sin omegat . The rms current is given by

An alternating current in a circuit is given by l = 20sin(100pit +0.05pi)A . The rms value and the frequency of current respectively are: