An object experiences a net non-zero force. Is it possible for the object to travel with a constant speed in a straight line?
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Edit: Dam.n I misread the question, so here's it:
A body is acted on by some sorta force, right?
The force is non-zero, got that.
As to the question if the body will get accelerated, here's it: If somehow you get to store the energy in the form of heat or elasticity in the body, it's kinetic energy and hence the speed won't change. So, yeah you can under certain circumstances, like if the mass of the body is very high, you may experience something like what you've asked in the question
FORCE DOESN'T CAUSE MOTION, RATHER CHANGES IT.
A body is acted on by some sorta force, right?
The force is non-zero, got that.
As to the question if the body will get accelerated, here's it: If somehow you get to store the energy in the form of heat or elasticity in the body, it's kinetic energy and hence the speed won't change. So, yeah you can under certain circumstances, like if the mass of the body is very high, you may experience something like what you've asked in the question
FORCE DOESN'T CAUSE MOTION, RATHER CHANGES IT.
TheIncorporealKlaus:
Aha, I misread the question!
then the answer?
Is yes still
your answer is correct ..ok
It ain't, it's off topic, tho the last statement is, but I wanna edit it as soon as I'm provided with dat option
ok thanx
awesome explanation!
say thanks to the answerer:)
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