What happens when an unstoppable force meets an immovable object?
| Nothing | 4 | |
| A transfer of energy | 31 | |
| End of the world | 11 | |
| Robin Shroot | 2 | |
| a giant half crocodile half squirrel | 24 | |
| Other i'll comment | 5 |
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| Nothing | 4 | |
| A transfer of energy | 31 | |
| End of the world | 11 | |
| Robin Shroot | 2 | |
| a giant half crocodile half squirrel | 24 | |
| Other i'll comment | 5 |
Isaac Asimov, anyone?
Well with what we know from physics, it's impossible to have both in one universe. Either there's an unstoppable force or an immovable object, but not both at once.
Theoretically, if it were possible to have an object with unstoppable force (infinite momentum) and an unmovable object (infinite inertia) at once, then the object with infinite inertia would be able to absorb infinite energy by its inherent nature or it couldn't exist. In other words, when they collided it would appear as if nothing was happening, but there would be an infinite, endless transfer of energy.