Pascal's Principle Quiz

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Fluid pressure basics

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Arian Ruby Quizon

Philippines

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Froggy Jumps Pascal's Principle QuizOnline version Fluid pressure basics by Arian Ruby Quizon 1 What is Pascal's principle in simple terms? a Pressure increases with depth in a closed system. b Pressure applied to a confined fluid is transmitted equally in all directions. c Force is conserved in all parts of the fluid. 2 Which device best demonstrates Pascal's principle? a Pulley system b Hydraulic press c Lever 3 In a hydraulic system, what happens when you push on a smaller piston? a It produces a larger force on the larger piston b It produces a smaller force on the larger piston c The pressure disappears 4 What does Pascal's principle say about pressure in a connected fluid? a Pressure increases with height only b Pressure depends on container shape c The pressure is transmitted undiminished throughout the fluid 5 Does Pascal's principle apply to gases in the same way as liquids? a Only to gases in closed containers b Yes, it applies equally well to gases c No, it mainly applies to liquids (incompressible fluids) 6 Which real-life system uses Pascal's principle? a Hydraulic brakes b Single-cylinder engines c Wind turbine blades 7 True or false: Height of the fluid above the source changes transmitted pressure in a Pascal system. a False b True c Only if the fluid is oil 8 If input piston area is 1 cm^2 and load piston area is 10 cm^2 with equal pressure, how much force on the load piston compared to input? a Two times larger b Same force c Ten times larger 9 In a hydraulic lift with areas 2 cm^2 (input) and 100 cm^2 (output), the mechanical advantage is approximately? a 100 times b 50 times c 5 times 10 What is a major limitation of Pascal's principle in practical devices? a It depends on color of fluid b Friction and fluid compressibility reduce ideal transmission c It only works in air

Froggy Jumps

Pascal's Principle QuizOnline version

Fluid pressure basics

by Arian Ruby Quizon

What is Pascal's principle in simple terms?

Pressure increases with depth in a closed system.

Pressure applied to a confined fluid is transmitted equally in all directions.

Force is conserved in all parts of the fluid.

Which device best demonstrates Pascal's principle?

Pulley system

Hydraulic press

Lever

In a hydraulic system, what happens when you push on a smaller piston?

It produces a larger force on the larger piston

It produces a smaller force on the larger piston

The pressure disappears

What does Pascal's principle say about pressure in a connected fluid?

Pressure increases with height only

Pressure depends on container shape

The pressure is transmitted undiminished throughout the fluid

Does Pascal's principle apply to gases in the same way as liquids?

Only to gases in closed containers

Yes, it applies equally well to gases

No, it mainly applies to liquids (incompressible fluids)

Which real-life system uses Pascal's principle?

Hydraulic brakes

Single-cylinder engines

Wind turbine blades

True or false: Height of the fluid above the source changes transmitted pressure in a Pascal system.

False

True

Only if the fluid is oil

If input piston area is 1 cm^2 and load piston area is 10 cm^2 with equal pressure, how much force on the load piston compared to input?

Two times larger

Same force

Ten times larger

In a hydraulic lift with areas 2 cm^2 (input) and 100 cm^2 (output), the mechanical advantage is approximately?

100 times

50 times

5 times

What is a major limitation of Pascal's principle in practical devices?

It depends on color of fluid

Friction and fluid compressibility reduce ideal transmission

It only works in air

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Pascal's Principle Quiz

Froggy Jumps

About this activity

Created by

Download the paper version to play

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Pascal's Principle QuizOnline version

by Arian Ruby Quizon

What is Pascal's principle in simple terms?

Which device best demonstrates Pascal's principle?

In a hydraulic system, what happens when you push on a smaller piston?

What does Pascal's principle say about pressure in a connected fluid?

Does Pascal's principle apply to gases in the same way as liquids?

Which real-life system uses Pascal's principle?

True or false: Height of the fluid above the source changes transmitted pressure in a Pascal system.

If input piston area is 1 cm^2 and load piston area is 10 cm^2 with equal pressure, how much force on the load piston compared to input?

In a hydraulic lift with areas 2 cm^2 (input) and 100 cm^2 (output), the mechanical advantage is approximately?

What is a major limitation of Pascal's principle in practical devices?

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