Gay-Lussac's law looks specifically at how volume and temperature are related to each other. A direct relationship between pressure and temperature means:

Question

(check all that apply - there are multiple answers; you only have 3 attempts to check you answer)

(2 points)
Responses

As pressure increases, temperature increases.
As pressure increases, temperature increases.

As temperature decreases, pressure decreases.
As temperature decreases, pressure decreases.

As pressure increases, temperature decreases.
As pressure increases, temperature decreases.

As temperature increases, pressure decreases.
As temperature increases, pressure decreases.

As temperature increases, pressure increases.
As temperature increases, pressure increases.

As pressure decreases, temperature decreases.
As pressure decreases, temperature decreases.

As pressure decreases, temperature increases.

Answer 1

The correct responses based on the direct relationship between pressure and temperature (Gay-Lussac's Law) are:

1. As pressure increases, temperature increases.
2. As temperature increases, pressure increases.
3. As pressure decreases, temperature decreases.

These statements reflect the direct relationship outlined in Gay-Lussac's Law, which states that the pressure of a gas is directly proportional to its temperature when the volume is held constant.

So you should check these options:

• As pressure increases, temperature increases.
• As temperature increases, pressure increases.
• As pressure decreases, temperature decreases.