Liquid Pressure | Pressure In Liquid | Physics Class 9th | Chapter 5 | 9th Class Physics NBF
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Liquid Pressure | Pressure In Liquid | Physics Class 9th | Chapter 5 | 9th Class Physics NBF
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BACKBENCHERS ACADEMY
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3 478 просмотров · 1 год назад
Liquid Pressure
Liquid pressure is the force exerted by a liquid per unit area at a given depth. It depends on the depth of the liquid, its density, and the gravitational force acting on it.
Key Concepts of Liquid Pressure
Definition:
Liquid pressure is the pressure exerted by the molecules of a liquid in all directions at a particular depth.
Formula for Liquid Pressure:
P = h × ρ × g
Where:
P: Pressure (in Pascals)
h: Depth of the liquid (in meters)
ρ: Density of the liquid (in kg/m³)
g: Acceleration due to gravity (9.8 m/s²)
Factors Affecting Liquid Pressure:
Depth (h): Pressure increases as depth increases.
Density (ρ): A denser liquid exerts more pressure.
Gravitational Force (g): Greater gravitational force results in higher pressure.
Properties of Liquid Pressure:
It acts equally in all directions at a given depth.
It increases with the depth of the liquid.
It is independent of the shape or size of the container.
Applications of Liquid Pressure
Hydraulic Systems: Used in hydraulic brakes and lifts.
Dams and Reservoirs: Designed to withstand high pressure at greater depths.
Submarine and Diving Equipment: Built to resist pressure changes underwater.
Real-Life Example:
When you dive deeper into a swimming pool, you feel increased pressure on your ears due to the greater depth of water above you.
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