A magnet is dropped down an infinitely long vertical copper tube

(A): A bar magnet is dropped into a long vertical copper tube. Even taking air resistance as negligible, the magnet attains a constant terminal velocity. If the tube is heated, the terminal velocity gets increased. (R) : The terminal velocity depends on eddy current produced in bar magnet.

If a magnet is dropped through a long thick walled vertical copper tube, the magnet attains constant velocity after some time. Explain.

A bar magnet is dropped into a vertical copper tube, considering the air resistance as negligible , the magnet acquired a constant speed . If the tube is heated the terminal velocity will be :-

A bar magnet is made to fall through a long vertica! copper tube. The speed (V) of the magnet as a function of time (t) is best represented by

A bar magnet of length L is dropped inside a vertical copper pipe of length l(l lt L) , it will experience an acceleration q such that

A bar magnet is released from rest along the axis of a very long, vertical copper tube. After some time the magnet.

A bar magnet is released from rest along the axis of a very long, vertical copper tube. After some time the magnet.