A gas such as carbon monoxide would be most likely to obey the ideal gas law at:

  • Option 1)

    high temperatures and low pressures.

  • Option 2)

    low temperatures and high pressures.

  • Option 3)

    high temperatures and high pressures.

  • Option 4)

    low temperatures and low pressures.

 

Answers (1)
V Vakul

As we learned in concept no

Kinetic Theory of Gases -

Molecules of gases are very small and their actual volume is negligible in comparision to the empty space between them.

-

 

 Ideal gas behaviour is based on the following assumption

molecules of gases are very small and their actual volume is negligible in comparision to the empty space between them

There is no force of attraction between the particle of a gas at ordinary temperature and pressure

These assumptions are only valid at high temperatures and low pressures


Option 1)

high temperatures and low pressures.

This option is correct

Option 2)

low temperatures and high pressures.

This option is incorrect

Option 3)

high temperatures and high pressures.

This option is incorrect

Option 4)

low temperatures and low pressures.

This option is incorrect

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