A sample of an ideal gas is in a sealed rectangular container that has sides of different sizes. Side A has an area of 80cm² and side B has an area of 100cm².

Give an expression that correctly compares the pressure P exerted on sides A and B of the container and explains the relationship in terms of net force and molecular collisions with the sides.

This shows that at a constant net force on the sealed container, the molecular collisions of the ideal gas on side A is greater than the molecular collisions of the ideal gas on side B by a factor of 1.25.

Explanation:

Area of side A = 80cm²

Area of side B = 100cm²

Pressure exerted by the ideal gas is given as force per unit area

Thus, the pressure exerted on side A is 1.25 times the pressure exerted on side B.

This shows that at a constant net force on the sealed container, the molecular collisions of the ideal gas on side A is greater than the molecular collisions of the ideal gas on side B by a factor of 1.25.

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