An ideal conducting rod is moving under the influence of a

Last updated: 6/9/2023

An ideal conducting rod is moving under the influence of a constant force between two parallel ideal conducting rails There is a capacitor connected between the ends of the two rails A uniform magnetic field exists perpendicular to the plane of the rails Neglecting all kinds of dissipative forces and gravity identify the correct statement a bns A newla no C gheb leitn xoq F constant To weiv X X X slusionreg bet 1 The velocity of the rod becomes constant after a certain duration 2 The acceleration of the rod becomes zero after certain instant 3 The acceleration of the rod becomes constant immediately after the start of motion