Two coils,1 and 2 have a mutual inductance M=5Hand resistance R=10Omega each.A current flows in coil 1,which varies with time as: I_(1)=2t^(2), where t is time. Find the total charge in C that has flown through coil 2 between t=0and t=2s

Two colis, 1 and 2 have a mutual inductance M = 5H and resistance R = 10 Omega each. A current flows in coil 1, which varies with time as: I_(1) = 2t^(2) , where t is time. Find the total charge (in C ) that has flows through coil 2 between t = 0 and t = 2 s .

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.

.Two coils,1 and 2, have a mutual inductance =M and resistance R each.Acurrent flows in coil 1, which varies with time as,i_(1)=kt^(2), where k is a constant and t is time.The total charge that has flown through coil 2, between t= and t=T is (λ)/(-λ+1)(kmT^(2))/(R). Find (1)/(λ)

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 charge flowing through a resistance R varies with time t as Q = at - bt^(2) . The total heat produced in R is

Two neighbouring coils A and B have a mutual inductance of 20 mH. The current flowing through A is given by, i = 3t^(2) - 4t + 6 . The induced eml at t=2s is

Two neighbouring coils A and B have a mutual inductance of 20 mH. The current flowing through A is given by i=3t^(2)-4t+6 . The induced emf at t = 2s is

The magnetic flux linked with a coil varies with time as phi=3t^(2)+4t+9 webers. The induced emf at t=2s is

The charge flowing through a resistance R varies with time t as Q=at-bt^(2) , where a and b are positive constant. The total heat produced in R is