An equilateral triangular frame PQR of mass 2kg and side 1m is at rest under the influence of horizontal magnetic field 10T

Question 1

An equilateral triangular frame PQR of mass 2kg and side 1m is at rest under the influence of horizontal magnetic field 10T and gravitational field as shown in the figure. The plane of the frame is vertical find the magnitude of current (in ampere) in the frame so that the frame *** at rest [Neglect EMF induced due to motion of the loop] (g = 10 m/s2)

Question 2

From lenz'* law the current i in the loop is clockwise For equilibrium

mg = Bla/2

kratos · Answer 1 · 2020-01-25T21:46:10+0000

From lenz'* law the current i in the loop is clockwise For equilibrium

mg = Bla/2

An equilateral triangular frame PQR of mass 2kg and side 1m is at rest under the influence of horizontal magnetic field 10T

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An equilateral triangular frame PQR of mass 2kg and side 1m is at rest under the influence of horizontal magnetic field 10T

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