Posted by **Einstein** on Friday, December 14, 2007 at 5:54pm.

A constant net force of 406 N, up, is applied to a stone that weighs 33 N. The upward force is applied through a distance of 2.4 m, and the stone is then released. To what height, from the point of release, will the stone rise?

Thoughts: F = ma. Would the acceleration be g? You would divide the weight by g to get the mass of the stone, correct?

## Answer This Question

## Related Questions

- Physics - A constant net force of 406 N, up, is applied to a stone that weights ...
- physics - A constant net force of 385 N is applied upward to a stone that weighs...
- physics - A constant net force of 390 N is applied upward to a stone that weighs...
- science - A constant net force of 385 N is applied upward to a stone that weighs...
- Physics - A constant net force of 406 N, up, is applied to a stone that weighs ...
- Physics - A ball acquires a horizontal speed of 12m/sec when a force is applied ...
- Physics - A stone weighs 34.0 N. What force must be applied to make it ...
- Physics - A stone weighs 34.0 N. What force must be applied to make it ...
- physics - A stone with mass m = 2.3 kg is thrown vertically upward into the air ...
- physics - A catapult used to hold a stone of mass 500g is extended by 20cm with ...

More Related Questions