A force of $100 N$ is applied on a car through the hydraulic jack. The area of the base on which the car is resting is
$100 m^{2}$ and the area of the effort side is $50 m^{2}$ . Find the force exerted on the car through the hydraulic press.

50 N

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200 N

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100 N

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400 N

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Solution

The correct option is B $200 N$

Working of hydraulic jack is based on Pascal’s Law.

From the equation, $\frac{F_{1}}{A_{1}} = \frac{F_{2}}{A_{2}}$ , we can solve the given problem.

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A force of 100 N is applied on a car through the hydraulic jack. The area of the base on which the car is resting is ​ 100 m2 and the area of the effort side is 50 m2. Find the force exerted on the car through the hydraulic press.​

The correct option is B 200 N Working of hydraulic jack is based on Pascal’s Law. ​ From the equation, F1A1 =F2A2, we can solve the given problem.

A force of $100 N$ is applied on a car through the hydraulic jack. The area of the base on which the car is resting is
$100 m^{2}$ and the area of the effort side is $50 m^{2}$ . Find the force exerted on the car through the hydraulic press.

The correct option is B $200 N$

Working of hydraulic jack is based on Pascal’s Law.

From the equation, $\frac{F_{1}}{A_{1}} = \frac{F_{2}}{A_{2}}$ , we can solve the given problem.