Posted by **maddy** on Thursday, May 30, 2013 at 8:44am.

A 5.0 ball is initially sitting at rest on top of a 41 m high hill. The ball is pushed with a force of 25 N for 3.0 s toward the edge of a hill. Upon reaching the edge, the ball is allowed to roll down the hill where it reaches the flat ground. To the nearest mile per hour, how fast is the ball traveling when it reaches the flat ground at the bottom of the hill? neglect all types of friction

## Answer This Question

## Related Questions

- precalculus - Berry is standing at the edge of a hill that slopes downward and ...
- precalculus - Berry is standing at the edge of a hill that slopes downward and ...
- Physics Honors - A soccer ball is kicked horizontally off a 22.0 meter high hill...
- Physics - A 5 kg ball is initially at rest at the top of a hill 10m high. If it ...
- physics - The cart starts from rest at the top of a hill with height, H2. It ...
- physics - The cart starts from rest at the top of a hill with height, H1. It ...
- Physics - Which of the following contains the most mechanical energy? A 10 kg ...
- Physics - Which of the following contains the most mechanical energy? A 10 kg ...
- Physical science - A ball rolls down a hill which has a vertical height of 15m ....
- Physics - A 5.6 kg ball (I=2/3mr^2) starts on a hill 11.3 m above level surface ...

More Related Questions