103k views
3 votes
The clutch linkage on a vehicle has an overall advantage of 24:1. If the pressure plate applies a force of 504lb,how much force must the driver apply to release the clutch.

User Dkretz
by
8.4k points

1 Answer

5 votes

Answer:

the force that must be applied by the driver to release the clutch is 21 lb

Explanation:

Data provided:

clutch linkage on a vehicle has an overall advantage = 24:1

Applied force by the pressure plate = 504 lb

Now,

the advantage ratio is given as:

advantage ratio =
\frac{\textup{Force applied by the pressure plate}}{\textup{Force applied by the driver}}

on substituting the respective values, we get


\frac{\textup{24}}{\textup{1}} =
\frac{\textup{504 lb}}{\textup{Force applied by the driver}}

or

Force applied by the driver to release the clutch =
\frac{\textup{504 lb}}{\textup24}}

or

Force applied by the driver to release the clutch = 21 lb

Hence,

the force that must be applied by the driver to release the clutch is 21 lb

User Vakindu
by
7.3k points
Welcome to QAmmunity.org, where you can ask questions and receive answers from other members of our community.