Two forces of same magnitude act on a isolated body in opposite directions to keep it in equilibrium position, is it true according to Newton's third law?
Answers
Answered by
68
no it is not true because third law states that for every action there is equal and opposite reaction and it acts on two different bodies. so here force acts only on one body. third law is valid for 2 bodies
Answered by
7
yeah it is correct, because if two balls in the opposite directions would push a ball from opposite direction then the ball in the middle would not move but the balls of the opposite direction would move to their respective opposite direction.
yeah it is correct, because if two balls in the opposite directions would push a ball from opposite direction then the ball in the middle would not move but the balls of the opposite direction would move to their respective opposite direction. It means that the ball in the middle would be in its respective place, but the balls who were coming from the opposite direction at a same velocity would push each other in the opposite directions.
please follow me and like the answer please mark me the brainliest one
Similar questions