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Usage Examples
Filter by Meaning The compressibility of human bones can be affected by certain medical conditions.
The compressibility of a mattress affects its comfort level.
The compressibility of water is a crucial factor in the study of oceanography.
The compressibility of gases is used in the operation of internal combustion engines.
The compressibility of natural gas plays a significant role in its storage and transportation.
The compressibility of a blanket determines how easily it can be folded and stored.
The compressibility of soil affects its ability to support weight and its permeability to water.
The compressibility of a material can affect the durability of electrical insulation over time.
The compressibility of a gas is directly proportional to its pressure.
The compressibility of the rubber sole of a shoe affects its cushioning and shock absorption.
The compressibility of the liquid is essential to determine the hydraulic pressure in hydraulic systems.
The compressibility of water increases with depth.
The compressibility of rubber is important in the manufacturing of tires.
The compressibility of the air in a scuba tank determines the amount of air that can be stored.
The compressibility of a sponge determines how much water it can hold.
The compressibility of the file is directly proportional to its size.
The compressibility of a PDF document can be affected by the types of fonts used in it.
The compressibility of data is crucial in applications like cloud storage, where large amounts of data need to be stored efficiently.
The compressibility of high-quality images can be reduced by increasing the resolution.
The compressibility of website content can affect the website loading time.
The compressibility of snow determines how dense it becomes when compacted.
The compressibility of air decreases as the temperature decreases.
The compressibility of air is a crucial concept in the design of aircraft engines.
The compressibility of a material can determine its suitability for use in electrical connectors.
The compressibility of a gasket material is important for preventing leaks in electrical systems.
The compressibility of the soil affects its ability to support the weight of a structure.
The compressibility of ceramic materials allows them to be used in electrical insulation.
The compressibility of the brake pads affects the overall braking performance of a vehicle.
The compressibility of a material affects its ability to resist cracking under pressure.
The compressibility of the mattress affects its ability to provide support to the body.
The compressibility of the gasket material is crucial in ensuring a tight seal between two surfaces.
The compressibility of the air inside a balloon determines its expansion and buoyancy.
The compressibility of the insulation material determines its durability in high-pressure environments.
The compressibility of a sponge allows it to return to its original shape after being squeezed.
The compressibility of air decreases as the temperature increases.
The compressibility of food products affects their texture and shelf life.
The compressibility of gases is an essential factor in the design of gas storage tanks.
The compressibility of rubber in a tire enables it to absorb shocks on the road.
The compressibility of rubber allows it to be used in shock absorbers.
The compressibility of gases in a car engine is a crucial factor in determining the engine's performance.
The compressibility of snow makes it possible to make snowballs and snowmen.
The compressibility of water vapor in the atmosphere is essential for the formation of clouds.
The compressibility of helium gas allows it to be used in balloons to lift them up in the air.
The compressibility of air in a balloon allows it to expand when blown up.
The compressibility of foam in a mattress provides support and comfort for sleeping.
The compressibility of clay allows it to be molded into different shapes.
The compressibility of liquids is a significant factor in hydraulic systems.
The compressibility of gases is an important factor in the design of engines.
The compressibility of a ball affects how much it bounces when it is thrown.
Understanding the compressibility of fabrics is crucial in the garment industry.
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