conducting rod of length and mass m is released from rest at

Last updated: 6/13/2023

conducting rod of length and mass m is released from rest at t 0 in magnetic field on parallel rails to move vertically downward due to gravity as shown in figure ark correct statement by assuming there is no dielectric breakdown XXX Velocity of rod at time t is equal to mgt B 1 C m Acceleration of rod keeps decreasing but velocity of rod keeps increasing Acceleration of rod keeps decreasing while velocity of rod increases till it attains terminal velocity Acceleration of rod is constant and velocity of rod keeps increasing