If the pressure acting on a gas is reduced,, what will happen to the volume at a constant temperature? it won't chang e it will de creds e it will increase

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Question

If the pressure acting on a gas is reduced,, what will happen to the volume at a constant temperature? it won't chang e it will de creds e it will increase

Answer 1

it will increase

Answer 2

## Step 1: The given question derives directly from a fundamental principle in science known as Boyle's Law. The Boyle's Law establishes that when the temperature of a given quantity of gas is held constant, the volume of the gas is inversely proportional to its pressure. ### Boyle's Law: \(V \propto \frac{1}{P}\), wherein 'V' denotes volume and 'P' stands for pressure of the gas. ## Step 2: Understand from above mentioned Boyle's Law, when the pressure ('P') on a gas is ‘reduced’ or ‘decreased’ whilst keeping temperature constant, then the volume ('V') of that gas moves in the opposite direction. In layman’s terms, the gas’s volume increases all the while when we decrease the pressure acting on it. ## Step 3: The situation detailed in the question aligns straight with the special condition above - the decrease in pressure results in an increase in the volume of the gas, according to Boyle's Law.

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If the pressure acting on a gas is reduced,, what will happen to the volume at a constant temperature? it won't chang e it will de creds e it will increase

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