Non polar gases, because of high dispersion interactions

Polar gases, because of high dipole-dipole interactions

Non polar gases because of reduced overall intermolecular forces

Polar gases because of hydrogen bonding

Both polar and non polar gases behave ideally

At low temperatures, low volume, low intermolecular interactions

At high temperatures, high volume, low intermolecular interactions

At low volumes, high temperatures, and high intermolecular interactions

At high temperature, high volumes, and high intermolecular interactions

At low temperatures, high volume, and low intermolecular interactions

200 K and 1 atm

200 K and 10 atm

300K and 5 atm

300K and 10 atm

Ar always behaves ideally

in 10 L

in 10 L

in 10 L

in 10 L

All are ideal gases because they are non-polar

As the temperature is decreased the molecules have less kinetic energy and can’t maintain the intermolecular forces necessary for ideal gas behavior.

As the temperature is decreased the molecules have more kinetic energy and break the intermolecular interactions keeping them together.

As the temperatures is decreased the molecules become frozen in place.

As the temperature is decreased the molecules have less kinetic energy and can’t break the intermolecular interactions between them.

None of the above.