11. The kinetic theory of gases assumes that, for a given collision time, a gas molecule rebounds with the same speed after colliding with the wall of a container. If the speed after the collision were less than the speed before the collision, the duration of the collision remaining the same, would the pressure of the gas be greater than, equal to, or less than the pressure predicted by kinetic theory?
11. The kinetic theory of gases assumes that, for a given collision time, a gas molecule rebounds with the same speed after colliding with the wall of a container. If the speed after the collision were less than the speed before the collision, the duration of the collision remaining the same, would the pressure of the gas be greater than, equal to, or less than the pressure predicted by kinetic theory?
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Transcribed Image Text:11. The kinetic theory of gases assumes that, for a given collision time, a gas molecule rebounds with the
the
less
speed before the collision, the duration of the collision remaining the same, would the pressure of the gas
be greater than, equal to, or less than the pressure predicted by kinetic theory?
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