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MHT CET202519 Apr 2025Evening ShiftPhysicsMotion in Two DimensionsActual

A particle performing uniform circular motion of radius 2 ~m makes x revolutions in time t . Its tangential velocity is

Options

  1. Ax t
  2. B^2 xt
  3. C^2 x t
  4. Dx t

Correct answer

C. ^2 x t

Step-by-step solution

Tangential velocity is determined by the ratio of total distance to total time. The circumference is C = 2 R , and with R = 2 m, C = 2 2 = ^2 m. For x revolutions, the total distance is S = x ^2 m. Tangential velocity is then v = S t = x ^2 t , which corresponds to option C.

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