A gas occupies L at . At constant pressure, what volume (in L) does it occupy at ?
Answer and explanation
Correct answer: A. 8
- Step 1: Under constant pressure conditions, apply Charles's law: .
- Step 2: Relate gas volume proportionally to absolute temperature in Kelvin: .
- Step 3: Increasing temperature causes a proportional isobaric expansion of the gas volume.
Answer
8.
Practise more States of matter.
Free questions with an explanation for every one, and full timed Cambridge A-Level mock tests.
More States of matter questions
- A gas at atm occupies L. At constant temperature, what is its pressure (in atm) when the volume is compressed to L?
- A gas at atm occupies L. At constant temperature, what is its pressure (in atm) when the volume is compressed to L?
- A gas occupies L at . At constant pressure, what volume (in L) does it occupy at ?
- A gas at atm occupies L. At constant temperature, what is its pressure (in atm) when the volume is compressed to L?
- A gas at atm occupies L. At constant temperature, what is its pressure (in atm) when the volume is compressed to L?
- A gas at atm occupies L. At constant temperature, what is its pressure (in atm) when the volume is compressed to L?