Pascal's Law in Daily Life

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Spot Pascal's principle in everyday life

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SITI NORHAZRINA FITRISYA BINTI MOHD HAFIDZIE A23HP0227

Malaysia

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1	SITI NORHAZRINA FITRISYA BINTI MOHD HAFIDZIE A23HP0227 4 Janvier 2026	% 100	00:53

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Pascal's Law in Daily LifeVersion en ligne Spot Pascal's principle in everyday life par SITI NORHAZRINA FITRISYA BINTI MOHD HAFIDZIE A23HP0227 1 Household taps operate by changing the gas pressure, not the liquid pressure. Yes No 2 In a hydraulic lift, a small force on a small piston creates a larger force on a larger piston due to constant pressure. Yes No 3 Hydraulic brakes in cars transmit force from the brake pedal to the brake pads via fluid. Yes No 4 A simple water bottle cannot illustrate Pascal's law because it is not a confined fluid system. Yes No 5 A hydraulic press uses Pascal's law to multiply force. Yes No 6 In a hydraulic system, pressing one piston has no effect on pressure at other pistons connected by the fluid. Yes No 7 Pressure in a fluid decreases as you go deeper in a container at rest. Yes No 8 A syringe demonstrates Pascal's law by pushing fluid through a small nozzle when pressure is applied to the plunger. Yes No 9 Pascal's law applies only to gases, not liquids. Yes No 10 Pascal's law says pressure applied to a confined fluid is transmitted equally in all directions. Yes No

Pascal's Law in Daily LifeVersion en ligne

Spot Pascal's principle in everyday life

par SITI NORHAZRINA FITRISYA BINTI MOHD HAFIDZIE A23HP0227

Household taps operate by changing the gas pressure, not the liquid pressure.

Yes

In a hydraulic lift, a small force on a small piston creates a larger force on a larger piston due to constant pressure.

Yes

Hydraulic brakes in cars transmit force from the brake pedal to the brake pads via fluid.

Yes

A simple water bottle cannot illustrate Pascal's law because it is not a confined fluid system.

Yes

A hydraulic press uses Pascal's law to multiply force.

Yes

In a hydraulic system, pressing one piston has no effect on pressure at other pistons connected by the fluid.

Yes

Pressure in a fluid decreases as you go deeper in a container at rest.

Yes

A syringe demonstrates Pascal's law by pushing fluid through a small nozzle when pressure is applied to the plunger.

Yes

Pascal's law applies only to gases, not liquids.

Yes

Pascal's law says pressure applied to a confined fluid is transmitted equally in all directions.

Yes

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Pascal's Law in Daily Life

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À propos de cette activité

Créé par

Téléchargez la version pour jouer sur papier

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Pascal's Law in Daily LifeVersion en ligne

par SITI NORHAZRINA FITRISYA BINTI MOHD HAFIDZIE A23HP0227

Household taps operate by changing the gas pressure, not the liquid pressure.

In a hydraulic lift, a small force on a small piston creates a larger force on a larger piston due to constant pressure.

Hydraulic brakes in cars transmit force from the brake pedal to the brake pads via fluid.

A simple water bottle cannot illustrate Pascal's law because it is not a confined fluid system.

A hydraulic press uses Pascal's law to multiply force.

In a hydraulic system, pressing one piston has no effect on pressure at other pistons connected by the fluid.

Pressure in a fluid decreases as you go deeper in a container at rest.

A syringe demonstrates Pascal's law by pushing fluid through a small nozzle when pressure is applied to the plunger.

Pascal's law applies only to gases, not liquids.

Pascal's law says pressure applied to a confined fluid is transmitted equally in all directions.

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