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Wire AB and PQ lie in a same vertical plane and AB remains in equilibrium due to magnetic repulsive force. Then find the time period of oscillation of the rod AB if it displaced by a small distance in vertical plane. (where PQ is fixed on a horizontal surface) (Given- mass of rod AB = m length of AB = l length of PQ= infinite current in AB and PQ are i1 i2 respectively.) length of PQ

Wire AB and PQ lie in a same vertical plane and
AB remains in equilibrium due to magnetic
repulsive force. Then find the time period of
oscillation of the rod AB if it displaced by a small
distance in vertical plane. (where PQ is fixed on a
horizontal surface)
(Given-
mass of rod AB = m
length of AB = l
length of PQ= infinite
current in AB and PQ are i1 i2 respectively.)
length of PQ

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1 Answers

Apptica Corporations
37 Points
10 years ago
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