Question

The output area A1 of a piston in the hydraulic press in the figure below is 400 cm2, and it supports a load of 600 kg. What must be the input area A2 if and input force of 100 N is to keep the load in equilibrium (ie still). Give your answer in square meters.

Name: The output area A1 of a piston in the hydraulic press in the figure below is 400 cm2, and it supports a load of 600 kg. What must be the input area A2 if and input force of 100 N is to keep the load in equilibrium (ie still). Give your answer in square meters.
Uploaded: 2023-03-10T19:18:42-08:00
Duration: 1 min 24 s
Channel: Prabhu Ramji
Description: The output area A1 of a piston in the hydraulic press in the figure below is 400 cm2, and it supports a load of 600 kg. What must be the input area A2 if and input force of 100 N is to keep the load in equilibrium (ie still). Give your answer in square meters.

          The output area A1 of a piston in the hydraulic press in the figure below is 400 cm2, and it supports a load of 600 kg. What must be the input area A2 if and input force of 100 N is to keep the load in equilibrium (ie still). Give your answer in square meters.

The output area A1 of a piston in the hydraulic press in the figure below is 400 cm2, and it supports a load of 600 kg. What must be the input area A2 if and input force of 100 N is to keep the load in equilibrium (ie still). Give your answer in square meters.

Added by Juan Luis J.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Prabhu Ramji

03/10/2023

Step 1

First, we need to find the pressure exerted by the load on the output area (A1). We can use the formula: Pressure = Force / Area Show more…

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The output area A1 of a piston in the hydraulic press in the figure below is 400 cm2, and it supports a load of 600 kg. What must be the input area A2 if and input force of 100 N is to keep the load in equilibrium (ie still). Give your answer in square meters.