lamp23
- 7
- 0
In the situation where a horse pulls a wagon, how is it possible for the horse to accelerate if the wagon is exerting an equal and opposite force? Wouldn't the forces cancel each other out?
The equal and opposite forces act on different objects. The net force on the wagon is the force of the horse on the wagon less some small friction force on the wagon's wheels, so it accelerates. The net force on the horse is the large friction force between the horses feet and the ground driving it forward, less the smaller force of the wagon on the horse calculated above, so the horse also accelerates forward at the same forward acceleration of the wagon .lamp23 said:In the situation where a horse pulls a wagon, how is it possible for the horse to accelerate if the wagon is exerting an equal and opposite force? Wouldn't the forces cancel each other out?
lamp23 said:In the situation where a horse pulls a wagon, how is it possible for the horse to accelerate if the wagon is exerting an equal and opposite force? Wouldn't the forces cancel each other out?
PhanthomJay said:The equal and opposite forces act on different objects. The net force on the wagon is the force of the horse on the wagon less some small friction force on the wagon's wheels, so it accelerates. The net force on the horse is the large friction force between the horses feet and the ground driving it forward, less the smaller force of the wagon on the horse calculated above, so the horse also accelerates forward at the same forward acceleration of the wagon .
Danger said:Nice post, Bugattti.
By the bye... I love your cowl.![]()
bugatti79 said:eh...my what?![]()
![]()
Danger said:Sorry, Pal... I thought that it was self-evident. I love the old Bugatti's, and one of their signature features was a honkin' long cowl (hood) with the flex-pipe headers sticking out.