Oxygen

Nitrogen

Argon

Chlorine

Pressure and volume have a linear relationship with a positive correlation

Pressure and volume are independent of each other

Pressure and volume have an exponential relationship with a negative correlation

Pressure and volume have an exponential relationship with a positive correlation

Oxygen

Nitrogen

Argon

Chlorine

Pressure and volume have a linear relationship with a positive correlation

Pressure and volume are independent of each other

Pressure and volume have an exponential relationship with a negative correlation

Pressure and volume have an exponential relationship with a positive correlation

I, III, IV

I, II, III, IV, V

I, III

II, III, V

III, IV, V

The volume of the gas increased because of Charles’ Law

The pressure of the gas decreased because of Charles’ Law

The volume of the gas increased because of Boyle’s Law

The pressure of the gas decreased because of Boyle’s Law

The volume of the gas increased because of Charles’ Law

The pressure of the gas decreased because of Charles’ Law

The volume of the gas increased because of Boyle’s Law

The pressure of the gas decreased because of Boyle’s Law

The first correction corrects for volume of molecules by decreasing volume as a function of the number of molecules, and the second correction corrects for molecular attraction by decreasing pressure as volume decreases and number of molecules increases.

The first correction corrects for volume of molecules by increasing volume as a function of the number of molecules, and the second correction corrects for molecular attraction by decreasing pressure as volume increases and number of molecules increases.

The first correction corrects for volume of molecules by increasing volume as a function of the number of molecules, and the second correction corrects for molecular attraction by increasing pressure as volume increases and number of molecules increases.

The first correction corrects for volume of molecules by decreasing volume as a function of the number of molecules, and the second correction corrects for molecular attraction by increasing pressure as volume increases and number of molecules increases.

The first correction corrects for volume of molecules by increasing volume as a function of the number of molecules, and the second correction corrects for molecular attraction by increasing pressure as volume decreases and number of molecules increases.