An odd number of people - each pulling with the same strength - participate in a tug of war game, yet no team wins. How is this possible?
Odd no. of people are pulling with same strength.
Since, there are odd no. of people, if we divide into two groups,
the force exerted by one team must be greater than the other team.
This implies that the equilibrium of forces is disrupted. So, the
team that has more numbers must be able to win.
Yet, no one wins. This can be accounted to the presence of external
forces like friction or reaction force from the ground.
The team with lower numbers must have a higher coefficient of
static friction which increases the opposition to their motion.
Hence, a new equilibrium is established with friction's
involvement.
Also, the players exert a force on the ground when they push their
legs on it. The ground, according to Newton's third law exerts an
equal and opposite reaction force. If the players of the team with
lesser numbers push the ground hard enough, they can get the help
of ground's reaction force to oppose other team's endeavor.
An odd number of people - each pulling with the same strength - participate in a...
Two people play tug of war, with each of them pulling 400 N. What is the tension in the rope?
Can you write a few sentences on how this statement his wrong or confirm it by writing a few sentences on how its right? thank you! According to Newton's 2hd and 3d Laws of motion, during a tug of war game there will be no winner if the same amount of strength is being applied. Force is a push or pull that acts on an object and requires an agent. Force is also a vector quantity. In the game of...
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