How Toppling works for a polygon shaped body already in motion, No Ex. Force applied

  • #1
rahaverhma
69
1
How does a polygon shaped body's toppling shifts from one edge to next adjacent edge when the object is already in motion without any sliding and no external force is applied ? Explain it with the case of hexagon or octagon both ways, with and without including CoM.
 
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  • #2
Is this a homework question?
 
  • #3
No. Explain it just conceptually without any mathematics. And one thing more please explain it both ways, with and without including CoM.
 
Last edited:
  • Skeptical
Likes renormalize
  • #4
rahaverhma said:
How does a polygon shaped body's toppling shifts from one edge to next adjacent edge when the object is already in motion without any sliding and no external force is applied ?
If there already is horizontal motion, but no sliding, then there must already be rotation as well. So it will rotate onto the next edge.
 
  • #5
A.T. said:
If there already is horizontal motion, but no sliding, then there must already be rotation as well. So it will rotate onto the next edge.
I didn't quite understand. Can you please elaborate it ?
 
  • #6
rahaverhma said:
I didn't quite understand.
Which part?
 
  • #7
Thread closed temporarily for Moderation...
 
  • #8
rahaverhma said:
How does a polygon shaped body's toppling shifts from one edge to next adjacent edge when the object is already in motion without any sliding and no external force is applied ? Explain it with the case of hexagon or octagon both ways, with and without including CoM.
Drakkith said:
Is this a homework question?
rahaverhma said:
No. Explain it just conceptually without any mathematics. And one thing more please explain it both ways, with and without including CoM.
@rahaverhma -- All schoolwork-type questions like this go in the schoolwork forums, and you must show your best efforts on the question before we can offer tutorial help. Please re-post this in the schoolwork forums and show some diagrams and your work. This rule applies to all schoolwork-type questions, including those for self-study. Thank you.
 

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