Answer:
There is negligible force of attraction between them.
Explanation:
According to kinetic molecular theory of gases:
a) They have high kinetic energy so the molecules show random motion.
b) The space between them increases with increase in temperature. With increase in temperature, the kinetic energy increases and the molecules move farther from each other, volume increases.
c) the average kinetic energy increases with increase in temperature
Thus only true statement is:
There is negligible force of attraction between them.
Based on the kinetic molecular theory, there is a negligible force of attraction between the particles in the sample of gas.
The correct statement is option B.
Kinetic molecular theory state that the particles of gas are large spherical and are in constant motion and have a perfectly elastic collision.
This theory can explain both Boyle's law and Charles's law.
Thus, the correct option is B, There is a negligible force of attraction between them.
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