The following picture shows the i (current) as a function of time't'. Find the average current during t=t to t=t+`(T)/(2)`

The current I through a conductor varies with time t as shown in figure. The average electric current during t=0 to t=10 s will be

In the circuit shows in Fig. the initail current through the inductor at t = 0 is I_(0) . After a time t = L//R , the switch is quickly shifted to position 2. a. Plot a graph showing the variation of current with time. b. Calculate the value of current in the inductor at t = (3)/(2) (L)/(R ) .

A time varying power P=2t is applied on particle of mass m. find. (a) kinetic energy and velocity of particle as function of time. (b) average power over a time intrval from t=0 to t=t .

If Electric-current 'i' time (t) graph shown in figure. The average current in first 6 sec. is :-

Current in an ac circuit is given by i=2 sqrt(2) sin [(pi t+((pi)//4)] . Then find the average value of current during time t=0 to t=1 s.

Current in an ac circuit is given by i=2 sqrt(2) sin [(pi t+((pi)//4)] . Then find the average value of current during time t=0 to t=1 s.

In the following circuit the switch is closed at t=0 .Intially there is no current in inductor.Find out current the inductor coil as a function of time.

The electric curren in a charging R-C circuit is given by i=i_0e^(-t/RC) when i_0 , R and C aere constant parameters of the circuit and t is time. Find the rate of change of current at a. t=0, b. t=RC c. t=10RC .

The average value of current for the current shown for time period 0 to (T)/(2) is

In the following circuit (Fig.) the switch is closed at t = 0 . Find the current i_(1),i_(2),i_(3) and di_(3)//dt at t = 0 and at t = oo . Intitially, all current are zero.