Question

A gas such as carbon monoxide would be most likely to be the ideal gas law and what temperature and pressure

Answer 1

$\sf{\underline{Answer:}}$

A gas such as carbon monoxide would be most likely to be the ideal gas law at $\sf{\underline{high\:temperatures\:and\:low\:pressures.}}$

Concept: $\sf{\underline{Kinetic\:Theory\:of\:Gases.}}$

$\sf{\underline{We\:know\:that:}}$

The size of the molecules of gases are very small.

In comparision to the empty space between them, their actual volumes are negligible.

$\sf{\underline{Assumption\:of\:Ideal\:gas\:behaviour:}}$

There is no force of attraction (between the particle of a gas).

$\sf{\underline{Note:}}$ Only at high temperatures and low pressures, these assumptions are valid.

Answer 2

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

high temperatures and low pressures.

Concept : Kinetic theory of Gases

We know that:

The size of the molecules of gases are very small.

In comparision to the empty space between them, their actual volumes are negligible.

Assumption of Ideal gas behaviour:

There is no force of attraction (between the particle of a gas).

Note:Only at high temperatures and low pressures, these assumptions are valid.