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A rod of mass m =2 kg and length l =3 m rotates about an axis passing through one end O and perpendicular to its length. The other end of rod A, slides without friction on a circular conducting rail (negligible resistance). A resistor R is connected to the rod and rail as shown. The whole set up lies in horizontal plane with uniform magnetic field B directed in to the plane of ring. The rod is given an angular speed ω0 and released. The total heat generated in the resistor R is 27 J. Find the value of ω0 in rad/s.___

Answer» A rod of mass m =2 kg and length l =3 m rotates about an axis passing through one end O and perpendicular to its length. The other end of rod A, slides without friction on a circular conducting rail (negligible resistance). A resistor R is connected to the rod and rail as shown. The whole set up lies in horizontal plane with uniform magnetic field B directed in to the plane of ring. The rod is given an angular speed ω0 and released. The total heat generated in the resistor R is 27 J. Find the value of ω0 in rad/s.___



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