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It would stretch, and its tension would increase.
Its density would be zero and if released it would float to the top of the atmosphere. On the other hand if you refer to a weight suspended by the band, the tension would reduce and the band would contract.
what would happen to a car if its reaction force was less than the weight
Two things happen - depending on just how coldit becomes more brittlea mildly stretched rubber band will lengthen a bit when cooled (counterintuitive but true)
I would think a rubber band would snap and a string would hold without breaking
It would stretch, and its tension would increase.
by sinking
Its density would be zero and if released it would float to the top of the atmosphere. On the other hand if you refer to a weight suspended by the band, the tension would reduce and the band would contract.
Its density would be zero and if released it would float to the top of the atmosphere. On the other hand if you refer to a weight suspended by the band, the tension would reduce and the band would contract.
There are lots of different chemicals. Some chemicals would have no effect on rubber, some chemicals would destroy rubber, and some chemicals would have various other effects on rubber.
nothing
it would pop
it would explode
what would happen to a car if its reaction force was less than the weight
what would happen if you added silver ion to FeCl-4
Nothing would "happen" to them, but they would glow less brightly.
You would have your lips stuck together until you somehow got it to unstick