A periodic voltage V varies with time t as shown in figure. T is the time period. Find the rms value of the voltage.

A periodic voltage V varies with time t as shown in figure. T is the time period. Find the runs value of the voltage.

A periodic voltage V varies with time t as shown in the figure 5.249. Tis the time period. The RMS value of the voltage for one cycle is :

A voltage waveform is as shown in the Figure calculate the ratio of rms value and average value of the voltage.

The current i through a wire varies with time t as shown in the fig. The effective (rms) value of the current is

The voltage supplied to a circuit is given by V=V_(0)t^(3/2) , where t is time in second. Find the rms value of voltage for the period, t=0 to t=1s.

The rms value of the saw-tooth voltage of peak value V_(0) from t=0 to t=2T as shown in figure is V_(0)/sqrtx .Find the value of x .

An AC voltage is given as e=e_(1) sin omega t . Find the RMS value of this voltage.

A time varying voltage is applied to the clamps A and B such that voltage across the capacitor plates is as shown in the figure. Plot the time dependence of voltage across the terminals of the esistance E and D .

A varying voltage is applied to the clamps AB as shown in fig. such that the voltage across the capacitor plates varies as shown in the figure. Plot the time depending on voltage across the clapes CD.