Explain in molecular terms why the pressure of a gas increases with increasing t
ID: 959297 • Letter: E
Question
Explain in molecular terms why the pressure of a gas increases with increasing temperature when the volume is held constant.
As the temperature increases, kinetic energy of gas particles increases which in turn decreases both the average force of collisions and the frequency of collisions.
As the temperature increases, kinetic energy of gas particles decreases which in turn decreases both the average force of collisions and the frequency of collisions.
As the temperature increases, kinetic energy of gas particles decreases which in turn increases both the average force of collisions and the frequency of collisions.
As the temperature increases, kinetic energy of gas particles increases which in turn increases both the average force of collisions and the frequency of collisions.
As the temperature increases, kinetic energy of gas particles increases which in turn decreases both the average force of collisions and the frequency of collisions.
As the temperature increases, kinetic energy of gas particles decreases which in turn decreases both the average force of collisions and the frequency of collisions.
As the temperature increases, kinetic energy of gas particles decreases which in turn increases both the average force of collisions and the frequency of collisions.
As the temperature increases, kinetic energy of gas particles increases which in turn increases both the average force of collisions and the frequency of collisions.
Explanation / Answer
As the temperature increases, kinetic energy of gas particles increases which in turn increases both the average force of collisions and the frequency of collisions. Hence the pressure of a gas increases with increasing temperature when the volume is held constant.
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