Posted by **Anonymous** on Wednesday, April 6, 2011 at 8:40pm.

A ladder of mass 34.4 kg and length 3.36 m is leaning against a wall at an angle θ. The coefficient of static friction between ladder and floor is 0.326; assume that the friction force between ladder and wall is zero. What is the maximum value that θ can have before the ladder starts slipping?

## Answer This Question

## Related Questions

- Static Equilibrium - This has been causing me some pain. An 89.03 kg person is ...
- physics - A ladder of mass 39.0 kg and length 3.18 m is leaning against a wall ...
- Physics - A ladder of mass 39.4 kg and length 2.88 m is leaning against a wall ...
- Physics - Consider the stability of a ladder of mass m and length L leaning ...
- physics - A uniform 7.1 m tall aluminum ladder is leaning against a frictionless...
- physics help! - A uniform stationary ladder of length= 5.1 m and mass= 15 kg ...
- College Physics - A uniform stationary ladder of length= 5.1 m and mass= 15 kg ...
- AP Physics - A ladder of unknown length and mass of 29 kg rests on a rough floor...
- physics - A uniform ladder of mass m and length L leans at an angle θ ...
- physics101 - A uniform 7.1 m tall aluminum ladder is leaning against a ...

More Related Questions