Two people are paddling together in a canoe. Each exerts a horizontal force of 238 N toward the back of the canoe. What is the net horizontal force on the canoe?
238+238 toward the back
To find the net horizontal force on the canoe, we need to add up the forces exerted by the two people. Since both people exert a force of 238 N toward the back of the canoe, we can simply add the forces together.
The net force is equal to the sum of the forces:
Net force = Force exerted by person 1 + Force exerted by person 2
Net force = 238 N + 238 N
Net force = 476 N
Therefore, the net horizontal force on the canoe is 476 N.
To find the net horizontal force on the canoe, you need to sum up the individual forces exerted by each person. In this case, both people are exerting a force of 238 N toward the back of the canoe.
Since the forces are in the same direction, you can simply add them up to find the net force. So, the net horizontal force on the canoe is:
238 N + 238 N = 476 N.
Therefore, the net horizontal force on the canoe is 476 Newtons.