Pascal's Principle Challenge

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Review of Pascal's principle

Créé par

Vivian Francisco

Philippines

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1	Vivian Francisco 28 Juillet 2026	% 70	01:50

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Froggy Jumps Pascal's Principle ChallengeVersion en ligne Review of Pascal's principle par Vivian Francisco 1 What does Pascal's principle state about pressure in a confined fluid? a Pressure changes with depth only at the bottom b Pressure only acts vertically in fluids c Pressure is transmitted equally in all directions 2 In a hydraulic press, if the input piston has area A1 and force F1, and output piston area A2, how is F2 determined? a F2 = F1 × (A2/A1) b F2 = A1 × A2 ÷ F1 c F2 = F1 ÷ (A2/A1) 3 If a 100 N force is applied on a 0.01 m² piston, what is the pressure? a 1 Pa b 1000 Pa c 10000 Pa 4 Where is pressure transferred most efficiently in a hydraulic system? a Only to the walls of the container b Only to the output side c Equally throughout the fluid 5 Which equation relates pressure, force, and area? a P = F/A b P = A/F c P = F × A 6 Why can small input forces lift heavy loads in hydraulics? a Because pressure amplifies with depth b Because fluids create a vacuum c Because pressure is transmitted and areas differ 7 Which property of a fluid is essential for Pascal's principle to apply? a Viscosity is zero b Compressibility is high c Incompressibility (nearly) 8 A system with equal piston areas would have what output force for a 50 N input? a 100 N b 25 N c 50 N 9 Which application is a common example of Pascal's principle? a Hydraulic car brake system b Pneumatic tire pump c Solar panel heater 10 If a hydraulic system uses oil as the fluid, what property must it primarily maintain? a Very high compressibility b Low viscosity only c Sealed, incompressible fluid medium

Froggy Jumps

Pascal's Principle ChallengeVersion en ligne

Review of Pascal's principle

par Vivian Francisco

What does Pascal's principle state about pressure in a confined fluid?

Pressure changes with depth only at the bottom

Pressure only acts vertically in fluids

Pressure is transmitted equally in all directions

In a hydraulic press, if the input piston has area A1 and force F1, and output piston area A2, how is F2 determined?

F2 = F1 × (A2/A1)

F2 = A1 × A2 ÷ F1

F2 = F1 ÷ (A2/A1)

If a 100 N force is applied on a 0.01 m² piston, what is the pressure?

1 Pa

1000 Pa

10000 Pa

Where is pressure transferred most efficiently in a hydraulic system?

Only to the walls of the container

Only to the output side

Equally throughout the fluid

Which equation relates pressure, force, and area?

P = F/A

P = A/F

P = F × A

Why can small input forces lift heavy loads in hydraulics?

Because pressure amplifies with depth

Because fluids create a vacuum

Because pressure is transmitted and areas differ

Which property of a fluid is essential for Pascal's principle to apply?

Viscosity is zero

Compressibility is high

Incompressibility (nearly)

A system with equal piston areas would have what output force for a 50 N input?

100 N

25 N

50 N

Which application is a common example of Pascal's principle?

Hydraulic car brake system

Pneumatic tire pump

Solar panel heater

If a hydraulic system uses oil as the fluid, what property must it primarily maintain?

Very high compressibility

Low viscosity only

Sealed, incompressible fluid medium

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Pascal's Principle Challenge

Froggy Jumps

À propos de cette activité

Créé par

Téléchargez la version pour jouer sur papier

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Pascal's Principle ChallengeVersion en ligne

par Vivian Francisco

What does Pascal's principle state about pressure in a confined fluid?

In a hydraulic press, if the input piston has area A1 and force F1, and output piston area A2, how is F2 determined?

If a 100 N force is applied on a 0.01 m² piston, what is the pressure?

Where is pressure transferred most efficiently in a hydraulic system?

Which equation relates pressure, force, and area?

Why can small input forces lift heavy loads in hydraulics?

Which property of a fluid is essential for Pascal's principle to apply?

A system with equal piston areas would have what output force for a 50 N input?

Which application is a common example of Pascal's principle?

If a hydraulic system uses oil as the fluid, what property must it primarily maintain?

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