Pressure, force, hydraulic lift problem

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SUMMARY

The discussion revolves around a hydraulic lift problem involving two pistons with cross-sectional areas of 25 cm2 and 630 cm2, filled with oil of density 690 kg/m3. To support a car weighing 1600 kg, approximately 63.5 kg must be placed on the smaller piston. The main inquiry is to determine the equilibrium height difference in fluid levels when an additional 100 kg person enters the car while the lift remains balanced at equal fluid levels.

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huskydc
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A hydraulic lift has two connected pistons with cross-sectional areas 25 cm2 and 630 cm2. It is filled with oil of density 690 kg/m3.

I've found that approx. 63.5 kg of mass must be placed on the small piston to support a car of mass 1600 kg at equal fluid levels.

but then it asks...

With the lift in balance with equal fluid levels, a person of mass 100 kg gets into the car. What is the equilibrium height difference in the fluid levels in the pistons?

I'm stuck here...any hints??
 
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oops, I'm sorry, i couldn't find my original post, i thought it got deleted somehow...sorry about that...
 

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