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Need make and model to answer this
If the force preventing the wagon from moving is greater than the pull of the engine, the wagon will not move. If the force preventing movement is less than the pull of the engine, the wagon will move. If they are equal, the wagon will remain in place or move at a constant speed.
Wheels and axles would be found on the bottom of a wagon. The wheels reduce friction and make it easier to move heavy loads, while the axles support the weight of the wagon and allow the wheels to rotate.
why do hover crafts need a fan to make them move
Newton's Third Law of Motion.
Yes, a wagon can be considered a type of lever. Levers are simple machines that consist of a rigid bar or beam that pivots around a fixed point to help lift or move objects. In the case of a wagon, the handle that is used to steer or move the wagon acts as a lever to push or pull the wagon in the desired direction.
Friction is the force that resists the motion of the wagon when it is being pushed or pulled. It acts in the opposite direction to the force applied, making it harder to move the wagon. Increasing friction between the wheels and the ground can make it more difficult to push or pull the wagon.
Yes, the wagon will move if the horse pulls it. While the horse and wagon exert equal and opposite forces on each other (according to Newton's third law), the horse is capable of generating enough force to overcome the inertia of the wagon. As a result, the horse's force will cause the wagon to accelerate forward, assuming the ground provides sufficient traction for the horse.
A Conestoga wagon is a large freight type wagon pull by horses or oxen. They were used to move families across the nation in the western expansion. They were constructed in Conestoga, PA.
Swagger Wagon! have you ever seen that commercial: it is hilarious!!
thomas fall was the inventer of the covered wagon