in tug-of-war, one team pulls with a force of 150 newtons
How much force must the other team pull with if the tug-of-war rope is to be in a state of equilibrium
1 answer
The force of the other team must also be 150 newtons in order for the tug-of-war rope to be in a state of equilibrium. This means that both teams are pulling with equal force in opposite directions, resulting in a balanced situation.