The current in a conductor varies with time `t` as `I=3t+4t^(2)` Where I in amp and t in sec. The electric charge flows through the section of the conductor between `t=1s` and `t=3s`

The current in conductor varies with time t as I = 2 t + 3 t^(2) where I is in ampere and t in seconds. Electric charge flowing through a section of the conductor during t = 2 sec to t = 3 sec is

The current in a conductor varies with time t as I=2-0.02t ampers. The electric charge that passes from t=0 to t=100 sec is

The current through a wire depends on time as, i=(10+4t) Here , i is ampere and t in seconds. Find the charge crossed through section in time interval between t=0 to t=10s .

The electric current through a wire varies with time as I=I_(0)+beta t ,where I_(0)=20A] and beta=3A/s The amount of electric charge crossed through a section of the wire , in 20 s is:

The current in a wire varies with time according to the equation l=4+2t, where l is in ampere and t is in sec. the quantity of charge which has passed through a cross-section of the wire during the time t=2 sec to t=6 sec will be

Two coils, 1 & 2, have a mutual inductance = M and resistances R each. A current flows in coil 1, which varies with time as: I_(1)=kt^(2) , where K is a constant and 't' is time. Find the totalcharge that has flown through coil 2, between t=0 and t=T.

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

If displacements of a particle varies with time t as s = 1/t^(2) , then.

Electric current through a conductor varies with time as I(t)=50sin(100 pi t) .Hence I is in ampere and t in seconds.Total charge that passes any point from t=0 to t=(1)/(200)S is