The load arm and effort arm of a lever a...

The load arm and effort arm of a lever are 10 cm and 50 cm, respetively. The load and effort are applied on the opposite sides of the fulcrum. Identify the class of the lever. Find its mechanical advantage. If the effort applied is 10 N, how much load can be raised by it?

Similar Questions

Explore conceptually related problems

Find the ratio of the load arm to that of the effort arm of a second-order lever if its mechanical advantage is 5.

Calculate the ideal mechanical advantage of a lever in which the effort arm is 60 cm and the load arm is 4 cm.

If an effort of 10 N is applied on a single-fixed pulley to lift a weight of 10 N, then find out its mechanical advantage.

Find the mechanical advantage of of a lever which allows 40 N load to be lifted with a force of 8 N.

If the mechanical advantage of a lever is equal to 1, then the effort applied on it ______ the load.

What is the mechanical advantage of a lever if a load of 80 N is moved by an effort of 20 N?

A crowbar is of 150 cm length. Its fulcrum is at a distance of 50 cm from the load. Find out the mechanical advantage.