In a hydraulic machine, a force of 2 N is applied on the piston of area of cross section 10 cm 2 . What force is obtained on it's piston of area of cross section 100 cm 2 ?

As we know, Pressure (P) = Given, A = 10 cm 2 Converting cm 2 into m 2 100 cm = 1 m So, 100 cm x 100 cm = 1 m 2 Hence, 10 cm 2 = Therefore, A = 10 -3 m 2 F = 2 N at area of cross section 10 cm 2 Substituting the values in the formula we get, P = [Equation 1] Now when, A = 100 cm 2 Converting cm 2 into m 2 100 cm = 1 m So, 100 cm x 100 cm = 1 m 2 Hence, 100 cm 2 = Therefore, A = 10 -2 m 2 Substituting the value in the formula above we get, Therefore, P = [Equation 2] Equating 1 and 2 we get, Hence, force at 100 cm 2 = 20 N

The pressure of water on the ground floor is 40,000 Pa and on the first floor is 10,000 Pa. Find the height of the first floor.
(Take : density of water = 1000 kg m^-3, g = 10 m s^-2)

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A simple U tube contains mercury to the same level in both of it's arms. If water is poured to a height of 13.6 cm in one arm, how much will be the rise in mercury level in the other arm ?
Given: density of mercury = 13.6 x 10³ kg m^-3 and density of water = 10³ kg m^-3

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What should be the ratio of area of cross section of the master cylinder and wheel cylinder of a hydraulic brake so that a force of 15 N can be obtained at each of it's brake shoe by exerting a force of 0.5 N on the pedal ?

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The areas of pistons in a hydraulic machine are 5 cm ² and 625 cm ². What force on the smaller piston will support a load of 1250 N on the larger piston ? State any assumption which you make in your calculation.

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Physics

In a hydraulic machine, a force of 2 N is applied on the piston of area of cross section 10 cm ². What force is obtained on it's piston of area of cross section 100 cm ²?

Fluids Pressure

Related Questions

The pressure of water on the ground floor is 40,000 Pa and on the first floor is 10,000 Pa. Find the height of the first floor.
(Take : density of water = 1000 kg m^-3, g = 10 m s^-2)

A simple U tube contains mercury to the same level in both of it's arms. If water is poured to a height of 13.6 cm in one arm, how much will be the rise in mercury level in the other arm ?
Given: density of mercury = 13.6 x 10³ kg m^-3 and density of water = 10³ kg m^-3

What should be the ratio of area of cross section of the master cylinder and wheel cylinder of a hydraulic brake so that a force of 15 N can be obtained at each of it's brake shoe by exerting a force of 0.5 N on the pedal ?

The areas of pistons in a hydraulic machine are 5 cm ² and 625 cm ². What force on the smaller piston will support a load of 1250 N on the larger piston ? State any assumption which you make in your calculation.

Physics

In a hydraulic machine, a force of 2 N is applied on the piston of area of cross section 10 cm 2. What force is obtained on it's piston of area of cross section 100 cm 2?

Fluids Pressure

Related Questions

The pressure of water on the ground floor is 40,000 Pa and on the first floor is 10,000 Pa. Find the height of the first floor.(Take : density of water = 1000 kg m-3, g = 10 m s-2)

A simple U tube contains mercury to the same level in both of it's arms. If water is poured to a height of 13.6 cm in one arm, how much will be the rise in mercury level in the other arm ?Given: density of mercury = 13.6 x 103 kg m-3 and density of water = 103 kg m-3

What should be the ratio of area of cross section of the master cylinder and wheel cylinder of a hydraulic brake so that a force of 15 N can be obtained at each of it's brake shoe by exerting a force of 0.5 N on the pedal ?

The areas of pistons in a hydraulic machine are 5 cm 2 and 625 cm 2. What force on the smaller piston will support a load of 1250 N on the larger piston ? State any assumption which you make in your calculation.

In a hydraulic machine, a force of 2 N is applied on the piston of area of cross section 10 cm ². What force is obtained on it's piston of area of cross section 100 cm ²?

The pressure of water on the ground floor is 40,000 Pa and on the first floor is 10,000 Pa. Find the height of the first floor.
(Take : density of water = 1000 kg m^-3, g = 10 m s^-2)

A simple U tube contains mercury to the same level in both of it's arms. If water is poured to a height of 13.6 cm in one arm, how much will be the rise in mercury level in the other arm ?
Given: density of mercury = 13.6 x 10³ kg m^-3 and density of water = 10³ kg m^-3

The areas of pistons in a hydraulic machine are 5 cm ² and 625 cm ². What force on the smaller piston will support a load of 1250 N on the larger piston ? State any assumption which you make in your calculation.