The product of volume and pressure of a given mass of an enclosed gas is a constant quantity at some constant temperature. Is this statement true? Which physical gas law does the above statement represent?

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Solution

Boyle's law represents the below statement i.e PV=K, P=pressure, V=volume, and k=constant.
The product of volume and pressure of a given mass of an enclosed gas is a constant quantity at some constant temperature.
Hence, this statement is true.

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The product of volume and pressure of a given mass of an enclosed gas is a constant quantity at some constant temperature. Is this statement true? Which physical gas law does the above statement represent?

Boyle's law represents the below statement i.e PV=K, P=pressure, V=volume, and k=constant.The product of volume and pressure of a given mass of an enclosed gas is a constant quantity at some constant temperature.Hence, this statement is true.

Boyle's law represents the below statement i.e PV=K, P=pressure, V=volume, and k=constant.
The product of volume and pressure of a given mass of an enclosed gas is a constant quantity at some constant temperature.
Hence, this statement is true.