an object of mass 2kg is sliding with a constant velocity of 4ms-1 on a frictionless horizontal table. the force required to keep the object moving with the same velocity is ___________
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FORCE REQUIRED TO KEEP THE OBJECT MOVING WITH THE SAME VELOCITY IS ZERO NEWTONS.
BECAUSE IF THERE NO FRICTION THUS, THE BODY WILL REMAIN IN THE CONSTANT VELOCITY UNLESS IT IS COMPARED BY AN EXTERNAL FORCE TO CHANGE ITS VELOCITY.
WE CAN ALSO SAY THAT BY THE THIRD LAW OF NEWTON'S MOTION.
THAT THE OBJECT WILL REMAIN IN THE CONSTANT VELOCITY IF THERE IS NO FRICTION OR ANY FORCE IS NOT WORKING ON IT.
PLZ MARK IT AS BRAINLIEST ANSWER AND DROP A ♥
BECAUSE IF THERE NO FRICTION THUS, THE BODY WILL REMAIN IN THE CONSTANT VELOCITY UNLESS IT IS COMPARED BY AN EXTERNAL FORCE TO CHANGE ITS VELOCITY.
WE CAN ALSO SAY THAT BY THE THIRD LAW OF NEWTON'S MOTION.
THAT THE OBJECT WILL REMAIN IN THE CONSTANT VELOCITY IF THERE IS NO FRICTION OR ANY FORCE IS NOT WORKING ON IT.
PLZ MARK IT AS BRAINLIEST ANSWER AND DROP A ♥
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