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inertia of the galileo


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1. a pseudo force acts on a body that is at relative motion or rest to another body if the body is disturbed.

 

- it is the force of friction/cohesion that exists between the two bodies. a sudden change in velocity does not correspond with an equal change in the dynamic cohesive force causing relative moment, known as the force of inertia.

 

 

 

2. a body reaches terminal velocity in motion against friction.

 

- any frictional force exactly equals the force of gravity?

 

 

 

 

 

 

 

 

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ooooooh angry bird!

 

 

how does cohesion/friction match gravity in equal proportion all the time? the centre of gravity of a large body e.g. earth, matches the centre of cohesive force of a smaller object e.g. a glass of water, provided there's motion but that's only the medium of observation of the forces.

Edited by Amanbir Singh Grewal
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!

Moderator Note

 

Amanbir Singh Grewal

 

Please start posting in more understandable terms; your present posts seem to be gnomic utterances which neither amount to a question nor form a basis for debate. Any posts made on the main science boards are expected to be serious and have a valid scientific question or discussion point at their centre.

 

And please treat other members who have asked you to clarify your messages with a touch more respect. Do not continue in your current vein of posting; a little more substance and a little less of the off-beat comments directed at members please.

 

Do not respond to this moderation within the thread - any response will be split off to the trash - if you feel this moderation is unjust then may report this post.

 

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