How do attractive forces behave in ideal gas conditions?

In ideal gas conditions, the behavior of gas particles is described by the assumptions of the ideal gas law, which include that gas particles are considered to have no volume and that there are no attractive or repulsive forces between them. Therefore, the attractive forces between gas molecules are negligible. This assumption allows for the simplification that gases occupy space uniformly and behave predictably under varying conditions of temperature and pressure.

In an ideal situation, the interactions between particles are so minimal that they do not significantly influence the pressure, volume, or temperature of the gas. This is why option C is the correct answer. The concept of ideal gases helps provide a foundation for understanding real gases under conditions where they approximate this behavior—typically at high temperatures and low pressures where kinetic energy dominates over intermolecular forces.