Question

explain the Newton's third law of motion with example of tug of war in brief

Answer 1

When a team pulls the rope, the rope pulls the team. This was Newton's third law. When both teams pull in opposite directions, they often don't exert equal forces; the stronger team exerts a larger force. So the two forces don't balance each other and the rope accelerates towards the stronger team. The weaker team experiences a net force pulling them. This force is the sum of (i)The reaction by the rope as mentioned above and (ii) The friction between the rope and the team members' hands. Both the teams are held at their place by the friction between the ground and their feet. If the pulling force as mentioned above exceeds this friction, the losing team experiences a net force and accelerates, i.e. falls down.


Hope this will help you.... ✌

Answer 2

Hola ^_^

Newton's third law of motion states that
Every action has an equal and opposite reaction.


But, Tug of war example is of First law of notion as in it both balanced force and unbalanced forces are applied.

as when the rope is pulled in one side for example greater in right it will move to right, similarly if the force applied in left side is greater it will move to left this is unbalanced force

there's time when the rope doesn't move at all because of the balanced force.

When you pull a rope the person opposite to it comes front when you leave it the person goes back due to the applied unbalanced force.