Solving Pascals Principle for Hydraulic Jack - F2 = 10.8N

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The discussion revolves around solving a problem related to Pascal's Principle in a hydraulic jack scenario. The user applies the equations of pressure, P1 = P2 and P = F/A, to find the load supported by the jack. They express uncertainty about calculating P1, given their lack of familiarity with hydraulic jacks. After some calculations, they arrive at a load F2 of 10.8 N. The user seeks confirmation on their interpretation and solution approach.
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Homework Statement


A hydraulic jack has the dimensions as shown in the figure to the left. A force F of 120 N is exerted on the handle of the jack. What load, F2, is being supported by the jack?


Homework Equations


P1=P2
P=F/A


The Attempt at a Solution



I know that P1=P2
And P2 = F2*0.025^2*pi
What I am having trouble with is P1. I never seen a hydraulic jack before so I don't quite understand how that pressure works there. My guess here would be 120*A1=F2*0.025^2*pi
Solving for F2 gives 10.8N. Did i interpret the question correctly?
 
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