Posted by **Jennifer** on Thursday, February 17, 2011 at 4:17pm.

If John was pushing a 300 kg desk across the floor with a constant acceleration of 3.5 m/s squared, how much force would he have to apply to the desk to maintain the acceleration, considering the coefficient of kinetic friction is 0.60?

- Biomechanics -
**Anonymous**, Thursday, June 4, 2015 at 3:39pm
kokok

## Answer this Question

## Related Questions

- physics - Imagine yourself seated on a wheeled desk chair at your desk. Consider...
- LAMP - An autographed baseball rolls off of a 1.4 m high desk and strikes the ...
- physics - a warehouse employee is pushing a 38 kg desk across a floor at a ...
- Physics - In moving a 35.0 kg desk from one side of a classroom to the other, a ...
- Physics - In moving a 35.0 kg desk from one side of a classroom to the other, a ...
- physics - A student pushes on a desk with a horizontal force of 125 N and moves ...
- physics - An autographed baseball rolls off of a 1.3 m high desk and strikes the...
- Physics - An autographed baseball rolls off of a 0.59 m high desk and strikes ...
- Physics - An autographed baseball rolls off of a 0.85 m high desk and strikes ...
- Physics - An autographed baseball rolls off of a 0.55 m high desk and strikes ...

More Related Questions