Pascal's Principle Quiz

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Fluid pressure basics

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Arian Ruby Quizon

Philippines

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Pascal's Principle Quiz


Froggy Jumps Pascal's Principle QuizVersion en ligne Fluid pressure basics par 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

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Pascal's Principle Quiz

Froggy Jumps

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Créé par

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Pascal's Principle QuizVersion en ligne

par 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?