This question has been bugging me for ages.... I can't seem to draw the diagram correctly.
A light inextensible string of length 3 metres is threaded through a smooth vertical ring which is free to turn. The spring carries a particle at each end. One particle, P, of mass m is at rest at a distance of 1 metre below the ring, while the other particle B of mass M is rotating in a horizontal circle whose centre is P.
Show that the velocity, v, of B in terms of m, and M is given by:
g }} {M}})
I apologize, my ability to visualize can be rather bad at times. Can you post a diagram of some kind? I'm just not seeing the physical setup here.Originally Posted by shinn
This question has been bugging me for ages.... I can't seem to draw the diagram correctly.
A light inextensible string of length 3 metres is threaded through a smooth vertical ring which is free to turn. The spring carries a particle at each end. One particle, P, of mass m is at rest at a distance of 1 metre below the ring, while the other particle B of mass M is rotating in a horizontal circle whose centre is P.
Show that the velocity, v, of B in terms of m, and M is given by:
-Dan
Perhaps I still have the physical situation wrong. I'm gettingThis question has been bugging me for ages.... I can't seem to draw the diagram correctly.
A light inextensible string of length 3 metres is threaded through a smooth vertical ring which is free to turn. The spring carries a particle at each end. One particle, P, of mass m is at rest at a distance of 1 metre below the ring, while the other particle B of mass M is rotating in a horizontal circle whose centre is P.
Show that the velocity, v, of B in terms of m, and M is given by:
-Dan
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