If pressure triples while temperature remains constant, the volume becomes what fraction of its original value?

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Multiple Choice

If pressure triples while temperature remains constant, the volume becomes what fraction of its original value?

Explanation:
When temperature is held constant, pressure and volume are inversely related: increasing pressure makes volume decrease so that the product PV stays the same. For a fixed amount of gas, PV is constant if T is constant. If the pressure becomes three times larger, the new volume must satisfy 3P0 × V_new = P0 × V0, which gives V_new = V0 / 3. So the volume becomes one third of its original value.

When temperature is held constant, pressure and volume are inversely related: increasing pressure makes volume decrease so that the product PV stays the same. For a fixed amount of gas, PV is constant if T is constant. If the pressure becomes three times larger, the new volume must satisfy 3P0 × V_new = P0 × V0, which gives V_new = V0 / 3. So the volume becomes one third of its original value.

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