Since the unmovable object can't move, the and the unstoppable object can't stop, it would simply rebound off the unmovable object and fly in another direction at the same speed.
This happens when a photon is reflected by an atom for example.What happens when an UNSTOPPABLE object collides with an UNMOVEABLE object?
You picked an inaccurate answer! Report Abuse
It's a hypothetical question. Impossibilities aside, if all rationale were to push itself aside and allow them to exist, the answer I chose seems to accurately state what they would indeed do. Report Abuse
It's impossible by definition. They can't possibly exist in the same universe, and only a contest between them could determine which is accurate. The definition of unstoppable means that nothing else is immovable, and vice versa.
Nothing. It can't happen. There is no such thing as an unstoppable and unmovable object. Everything has it's own strengths and weaknesses.
They crash into each other maybe, gosh, i don't know...
You get a conundrum.
They did this experiment in Wrestlemania.
Hulk Hogan (unstoppable force)
Andre the Giant (immoveable object).
Hulk Hogan won that match (bodyslammed Andre).
Andre later won the title, though, and sold it to Ted Dibiase, so I guess you could say the results are ambiguous.
something's gotta give.
Electrons at a subatomic level separate to form friction.
With the parameters you have set, the unstoppable object simply changes direction.
No comments:
Post a Comment