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According to the kinetic-molecular theory, the collision between two ideal gas particles is a result of

User VGaur
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9 votes

Answer:

Neither attraction nor repulsion.

Step-by-step explanation:

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User Keavon
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Answer:

Neither Attraction Nor Repulsion

Step-by-step explanation:

To start off,

Kinetic Molecular Theory:

  • A theory that describes the behavior, interaction, and movement of gas molecules; based on the idea that particles of matter are always in motion; the relationship between the microscopic qualities and the macroscopic qualities of a gas.

Repulsion:

  • Repulsion in chemistry stands for the force which exists between two bodies that have the same electric charge or the same magnetic polarity, this force tends to repel the bodies and separate them from each other.

Attraction:

  • The attraction of the negatively charged electrons that are circling the nucleus and the positively charged protons that are inside the nucleus provokes a pill that creates a chemical bond.

To finish,

Gas particles move at random, which means there are no attractive forces between them or in their surroundings. The entire kinetic energy of two particles is preserved when they collide.

User Ajay Sharma
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