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A metallicring of mass m and radius 1 is falling under gravity in a region having a magnetic field.if z is the vertical direction,the z component of magnetic field is Bz=B0(1+uz).if the ring falls with a constant velocity,use the conservation of energy lost in the resistance.if the ring has reached a constant velocity,use the conservation of energy to determine v in terms of m, b,u and acceleration due to gravity g,

A metallicring of mass m and radius 1 is falling under gravity in a region having a magnetic field.if z is the vertical direction,the z component of magnetic field is Bz=B0(1+uz).if the ring falls with a constant velocity,use the conservation of energy lost in the resistance.if the ring has reached a constant velocity,use the conservation of energy to determine v in terms of m, b,u and acceleration due to gravity g,

Grade:12

1 Answers

ROSHAN MUJEEB
askIITians Faculty 829 Points
9 months ago
In this problem a relation is established between induced current, power lost and velocity acquired by freely falling ring.The magnetic flux linked with the metallic ring of mass m and radius l ring being horizontal falling under gravity in a region having a magnetic field whose z-component of magnetic field is Bz = B0(1 + λz) is



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