Deviation from Ideal Gas Law Practice Test

Gases are more ideal at low pressure and high temperature because particles are far apart and move fast, minimizing attractions and the effect of particle volume.

Gases are more ideal at low pressure and high temperature because particle volume becomes a larger fraction of the container volume.

Gases are more ideal at low pressure and high temperature because the ideal gas law only applies when pressure is low, regardless of temperature.

Gases are more ideal at low pressure and high temperature because stronger attractions form, making collisions more elastic and more ideal.

Gases are more ideal at low pressure and high temperature because chemical reactions stop, and ideal behavior requires no reactions.