MHT CET202313 May 2023Morning ShiftPhysicsElectromagnetic InductionActual
The magnet is moved towards the coil with speed ' V '. The induced e.m.f. in the coil is ' e '. The magnet and the coil move away from one another each moving with speed ' V '. The induced e.m.f. in the coil is
Options
- Ae
- B2e
- Ce 2
- D4e
Correct answer
B. 2e
Step-by-step solution
The equation for the induced emf is: e = B l ~V Relative velocity between the coil and the magnet is: v _ r =2 v The new induced emf in the coil is: e _ new = B l 2 ~V =2 e