F1/A1=F2/A2
F2=F1(A2/A1)
plug in the numbers and you have your ans.
NOTE: do you know how to find the Area when given diameter?
that is kinda imp. for this problem.
The work done is equal
Areas
It can be.
how does input device work
A
Force is equal to pressure times area. By increasing the area of the output force, the force goes way up. This is because water cannot be compressed, and therefore the pressure cannot change. In this way, a hydraulic device works almost like a lever. It increases the area of the output force and therefore decreases the amount of input force needed.
input pressure X area = output pressure X area
Pressure Exertion: When a force is applied to a small piston or area on one side of the hydraulic device, it creates pressure within the enclosed fluid. The pressure is given by the formula P = F/A, where F is the force applied and A is the area over which the force is applied. Transmission of Pressure: The pressure generated is transmitted through the incompressible hydraulic fluid to all parts of the system. The pressure is the same throughout the fluid due to Pascal's law. Larger Area on the Output Side: The hydraulic fluid transmits this pressure to a larger piston or area on the other side of the hydraulic device. Since pressure is force per unit area, the larger area results in a higher force output. The output force (F_out) can be calculated using the same pressure formula (P = F_out/A_out), rearranged to solve for F_out: F_out = P * A_out.
The output of the hydraulic system for hydraulic fluid with a "T" is displayed.
Output device
The output of a power steering pump is the high pressure side which goes to the steering box. It creates hydraulic pressure which makes steering much easier.
The work done is equal
Output.
no its storage
A laser printer is an output device.
The printer is an output device
Output