What happens if an unstopable force (maybe gravity) hits an unmoveable object?

Question

would they join? if the unmoveable had to be massively infinite to be unmoveable(someone said that) then would it be called a black hole? but a few answered, the unstopable would pass through the unmoveable and that sounds right

Answer 1

your question is purely hypothetical and is not possible NOW

Gravity is NOT an unstoppable force. and for a body to be unmovable it has to have infinite mass which would need infinite energy whicg whould require light to be converted at its infinite speed into mass(Einstein mass-energy relationship)

Therefore, no such things CAN exist

if they do the mass would NOT move and the force would be useless and wont produce and motion or change in the mass. as gravity is not flexible and the weakest of all forces

Answer 2

there are no unmovable objects

Answer 3

forces dont "hit" things.. they act on them..

Answer 4

It's a contradiction.  But that's ok, because there's no unmovable objects.  Black holes move around - they orbit the center of our galaxy.  The ones in the center of the galaxy move with the galaxy as a result of the gravitational effects of other galaxies.

Answer 5

This question has been on people's minds forever.  Of course it is unanswerable.  Good try getting an answer from the smartest minds in the universe here at Yahoo Answers.  But even we can not answer the unanswerable.

Answer 6

It has been hypothesised that, in a Universe that can house an unmoveable object, no unmoveable force can exist, and vice-versa. But I once read a great definition of their meeting.

"When an unstoppable force meets an immovable object, an inconceivable event occurs."