EMI

EMI Magnetic flux Net flux through the surface Electromagnetic induction (i) e =  (ii) d =  (iii) Induced current  (iv) Induced charge  Induced electric field E = where r  a. EMI due to translatory motion where E = vB Motion of conducting rod on an inclined plane (i) Induced current i =  (ii) Force Fm = mg tan  (iii) Constant velocity vT =  Motional emi in loop by generated area Induced current  Magnetic force Fm =  Electrical power Pthermal =  Motion of conductor rod in a vertical plane (i) Magnetic force Fm =  (ii) Terminal velocity vT =  Periodic EMI Induced emf in coil e =  Induced current Current amplitude Self induction (i) For coil L =  (ii) For a circular coil L =  (iii) For a solenoid L =  (iv) Self inductance L =  Mutual induction (i) Coefficient of mutual inductance M = , N1, N2 total number of turns of the two solenoids. (ii) For two coupled coils M = K Magnetic potential energy of inductor U =