Poll: unstoppable object meets unmovable object
- Thread starter Joe Matsuda
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Who is to say the unmovable object is solid if it is a gas the unstoppable object will go right through it and the unmovable object will stay in place.
Not if the universe suddenly becomes mirrored in a span of time shorter than the Planck Time.Eliam_Dar said:
Either way here's another theory: The unstoppable one (object or force, although one doesn't exist without the other so that point is moot) moves onto the unmovable one and absorbs it, becoming part of the unstoppable because the only possible unstoppable force is a black hole, so the unmovable never has to move because it remains fixed once it enters the black hole and the black hole is able to go on it's merry way.
A paradox tears the universe asunder and everything is destroyed. You don't want to see it... it's nasty.
This is like the stone analogy with god, which asks if god can create a stone so heavy he cant move it. very interesting
Immovable Object = impossible to move.
Unstoppable Object = impossible to stop.
So unless the unstoppable object can change direction or pass through the immovable object they can't both exist.
If the unstoppable object can be halted by the immovable one then its not an unstoppable object.
If the immovable object can be shifted by the unstoppable one then its not an immovable object.
Unstoppable Object = impossible to stop.
So unless the unstoppable object can change direction or pass through the immovable object they can't both exist.
If the unstoppable object can be halted by the immovable one then its not an unstoppable object.
If the immovable object can be shifted by the unstoppable one then its not an immovable object.
will have to check on your first solution, since it doesn't make much sense to me, since the force and the object wont be on the same universe (at least for that small period of time) - feel free to correct me here -LordOmnit said:
about your second solution, yup, the blackhole is indeed a close definition an ustoppable force (at least per this universe standars), any object capured by the black hole will remain unmmovable in relation to the black hole, but not in relation with the universe thus conserving motion, but the example refers to linear motion (at least I am assuming so), and the act of absorbing it is changing the conditions again. But a solution would be to move the universe (at least to fit the example) making the universe fixed to the unmmovable object, but once the force meets the object, the universe moves, making the force unstoppable and the object unmmovable at the same time...
