Further, the deflection (and hence current)
is found to be larger when the magnet is pushed
towards or pulled away from the coil faster Instead,
when the bar magnet is held fixed and the coil C1 is
moved towards or away from the magnet, the same
effects are observed It shows that it is the relative
motion between the magnet and the coil that is
responsible for generation (induction) of electric
current in the coil Experiment 6