A sample of carbon monoxide pressure occupies 3.2 liters at 125 C, calculate the new volume of the gas if it is compressed and the temperature remains constant.

Expert Answers

An illustration of the letter 'A' in a speech bubbles

Boyle's Law provides a relation between the pressure and volume of a sample of gas at constant temperature. If the initial pressure and volume are `P_1` and `V_1` , and the final pressure and volume are `P_2` and `V_2` respectively, Boyle's Law states that `P_1*V_1 = P_2*V_2`

The sample of...

Unlock
This Answer Now

Start your 48-hour free trial to unlock this answer and thousands more. Enjoy eNotes ad-free and cancel anytime.

Start your 48-Hour Free Trial

Boyle's Law provides a relation between the pressure and volume of a sample of gas at constant temperature. If the initial pressure and volume are `P_1` and `V_1` , and the final pressure and volume are `P_2` and `V_2` respectively, Boyle's Law states that `P_1*V_1 = P_2*V_2`

The sample of carbon monoxide initially occupies 3.2 l at 125 C. Let the pressure be `P_1` . If the gas is compressed, the pressure is increased. Let the final pressure be `P_2` . The volume now decreases to `V_2 = 25*(P_1/P_2)`

As the initial and final pressure of the gas is not specified it is not possible to determine `V_2` . For that, replace `P_1` and `P_2` in the formula `V_2 = 25*(P_1/P_2)` with the appropriate values.

Approved by eNotes Editorial Team