Recent content by Snehit

  1. S

    Cylinder rolling on fixed cylinder

    Ok, I tried the question for some time and came up with this differential equation, \ddot{\theta} + \frac{2g}{3(a+b)} \sin(\theta) = 0
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    Cylinder rolling on fixed cylinder

    Check Attached file for questionI am not able to get the equations for motion. Except that when cylinder loses contact, the normal force is zero.Please answer this fast. Need it for a test tomorrow. Thanks a lot!
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    Cylinder rolling on fixed cylinder

    HOMEWORK POSTED IN WRONG FORUM. WE AWAIT SOME EFFORT ON THE PART OF OP BEFORE CONTINUING. A cylinder C1 of mass M1 and radius R1 is placed on top of another cylinder C2 of mass M2 and radius R2. C2 is kept rigidly fixed (so that it can neither translate nor rotate). C1 starts rolling without...