Question

Newton’s third law of motion explains the two forces namely ‘action’ and ‘reaction’ coming into action when the two bodies are in contact with each other. These two forces:Always act on the same body
Always act on the different bodies in opposite directions
Have same magnitude and direction
Acts on either body at normal to each other​

Answer 1

Answer:

Always act on the different bodies in opposite directions

Explanation:

Newtons's Third Law of motion says that "To every action , there is always an equal and opposite reaction"

Conclusions from the Newton's Third Law of Motion as follows

1. Forces always occur in pairs. Force on a body A by B is equal and opposite to the force on the body B by A.

2.The force on A by B and the force on B by A act at the same instant.

3.Action and reaction forces act on different bodies, not on the same body.

So the correct answer is always act on the different bodies in opposite directions

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Answer 2

Answer:

Force always act on the different bodies in opposite directions.

Explanation:

Newton's third Law of motion says that "for every action, there is always an equal and opposite reaction"

Conclusions from the Newton's Third Law of Motion as follows

1. Forces always occur in pairs, a pair of action - reaction.
2. Action and reaction forces act on different bodies when two bodies are in contact in with each other, not on the same body.
3. Forces will be of same magnitude but in different in direction.
4. The direction of the force on the first object will be in opposite to the direction of the force on the second object.

So the correct answer is force always act on the different bodies in opposite directions.

So, correct answer is option 2.