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1 vote
0 answers
43 views

The stupidest question ever on relative kinematics and angular velocity [duplicate]

I am scratching my head on a very basic formula whose meaning escapes my intuition. On basically all texts of mechanics the following result is derived: Suppose that a rigid body is moving with ...
ebenezer's user avatar
  • 130
1 vote
1 answer
76 views

How does relative motion work for an extended object?

I have this conceptual doubt which might be flawed very badly but I don't understand this particular thing. For example, if one end of a stick is moving with velocity $v_1$ and the other with $v_2$, ...
Krave37's user avatar
  • 123
0 votes
1 answer
53 views

To find the displacement of a rolling body

When calculating the displacement of a rolling body do we just calculate the displacement due to Vcom in a particular time t or additionally need to consider also the displacement that may be produced ...
Venkatesh Tiwari's user avatar
0 votes
1 answer
282 views

Angular velocity of a particle in uniform circular motion about a general point

This problem was given by our professor. Consider a particle P executing uniform circular motion wrt the point O with uniform angular velocity $\omega$ anticlockwise whose cordinate is $(2R,0)$ in a ...
Arpan's user avatar
  • 74
0 votes
1 answer
298 views

Relative velocity of a particle under uniform circular motion

The question is based on fairly simple mechanics principles but seems to have no definite answer. Suppose there is a point particle A at a point X and around it another particle B in uniform circular ...
Gaurang Agrawal's user avatar