Question

Use the References to access important values if needed for this question. A 1.01 mol sample of Ar gas is confined in a 24.2 liter container at 18.4 °C. If the volume of the gas sample is decreased to 12.1 L, holding the temperature constant, the pressure will increase. Which of the following kinetic theory ideas apply? (Select all that apply.) With higher average speeds, on average the molecules hit the walls of the container with more force. For a given gas at constant temperature, the force per collision is constant. Some other factor must cause the pressure increase. With less available volume, the molecules hit the walls of the container more often. At lower volumes molecules have higher average speeds. None of the above

          Use the References to access important values if needed for this question.
A 1.01 mol sample of Ar gas is confined in a 24.2 liter container at 18.4 °C.
If the volume of the gas sample is decreased to 12.1 L, holding the temperature constant, the pressure will increase. Which of the following kinetic theory ideas apply?
(Select all that apply.)
With higher average speeds, on average the molecules hit the walls of the container with more force.
For a given gas at constant temperature, the force per collision is constant. Some other factor must cause the pressure increase.
With less available volume, the molecules hit the walls of the container more often.
At lower volumes molecules have higher average speeds.
None of the above

Use the References to access important values if needed for this question.
A 1.01 mol sample of Ar gas is confined in a 24.2 liter container at 18.4 °C.
If the volume of the gas sample is decreased to 12.1 L, holding the temperature constant, the pressure will increase. Which of the following kinetic theory ideas apply?
(Select all that apply.)
With higher average speeds, on average the molecules hit the walls of the container with more force.
For a given gas at constant temperature, the force per collision is constant. Some other factor must cause the pressure increase.
With less available volume, the molecules hit the walls of the container more often.
At lower volumes molecules have higher average speeds.
None of the above

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