Question

Gay-Lussac's law looks specifically at how volume and temperature are related to each other. A direct relationship between pressure and temperature means: (check all that apply - there are multiple answers; you only have 3 attempts to check you answer) (2 points) Responses As temperature increases, pressure decreases. As temperature increases, pressure decreases. As temperature increases, pressure increases. As temperature increases, pressure increases. As temperature decreases, pressure decreases. As temperature decreases, pressure decreases. As pressure decreases, temperature increases. As pressure decreases, temperature increases. As pressure increases, temperature decreases. As pressure increases, temperature decreases. As pressure increases, temperature increases. As pressure increases, temperature increases. As pressure decreases, temperature decreases.

Answer 1

According to Gay-Lussac's law, there is a direct relationship between pressure and temperature when volume is held constant. Based on this relationship, the correct responses are:

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

So the options you should check are:

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

These options reflect the direct relationship between temperature and pressure as described by Gay-Lussac's law.