Pascal's Principle Quiz

Froggy Jumps

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Hydrostatics basics

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Vivian Francisco

Philippines

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Pascal's Principle Quiz


Froggy Jumps Pascal's Principle QuizVersion en ligne Hydrostatics basics par Vivian Francisco 1 What does Pascal's principle state about pressure in an enclosed fluid? a Pressure varies with container shape b Pressure is transmitted equally in all directions c Pressure increases with depth only 2 In a hydraulic press, doubling the input force does what to the output force (assuming equal areas)? a Doubles the output force b Keeps output force the same c Halves the output force 3 If a piston with 2 cm2 area is pressed with 1 N, what is the pressure applied to the fluid? a 0.01 N/cm2 b 0.5 N/cm2 c 2 N/cm2 4 In a locked, sealed hydraulic system, what happens to fluid pressure if one area is increased? a Pressure is transmitted to all parts b Pressure only near the large area c Pressure disappears 5 How does Pascal's principle help in car brakes? a Small force on brake pedal creates large force at wheels b It increases engine speed c It reduces friction in wheels 6 Which factor does not affect the transmission of pressure in a fluid? a Piston area b Container color c Fluid density 7 If you apply a force to a small piston with area 1 cm2 and 5 N, what is the pressure? a 0.2 N/cm2 b 5 N/cm2 c 1 N/cm2 8 What is the role of fluid incompressibility in Pascal's principle? a Causes pressure loss b Helps transmit pressure uniformly c Prevents any pressure transfer 9 In a hydraulic lift, increasing the small piston area by 2x while keeping force constant results in what? a Output force unchanged b Output force halves c Output force doubles 10 Which statement best describes Pascal's principle? a Only works with gases b Pressure varies with vessel shape c Pressure applied to a confined fluid is transmitted undiminished

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Pascal's Principle Quiz

Froggy Jumps

À propos de cette activité

Créé par

Téléchargez la version pour jouer sur papier

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Pascal's Principle QuizVersion en ligne

par Vivian Francisco

What does Pascal's principle state about pressure in an enclosed fluid?

In a hydraulic press, doubling the input force does what to the output force (assuming equal areas)?

If a piston with 2 cm2 area is pressed with 1 N, what is the pressure applied to the fluid?

In a locked, sealed hydraulic system, what happens to fluid pressure if one area is increased?

How does Pascal's principle help in car brakes?

Which factor does not affect the transmission of pressure in a fluid?

If you apply a force to a small piston with area 1 cm2 and 5 N, what is the pressure?

What is the role of fluid incompressibility in Pascal's principle?

In a hydraulic lift, increasing the small piston area by 2x while keeping force constant results in what?

Which statement best describes Pascal's principle?