Question

answer the following about the relationships and draw the corresponding graphs: when temperature is constant if volume increases, then pressure type of relationship: when pressure is constant if volume increases, then temperature type of relationship: when volume is constant if pressure increases, then temperature type of relationship: if pressure increases, then volume if temperature increases, then volume if temperature increases, then pressure

Explanation:

Step1: Recall gas - law relationships

Boyle's law states that when temperature is constant, pressure and volume are inversely proportional. So, if pressure increases, volume decreases (type of relationship: inverse).

Step2: Another gas - law relationship

Charles's law states that when pressure is constant, volume and temperature are directly proportional. So, if volume increases, temperature increases (type of relationship: direct).

Step3: Yet another gas - law relationship

Gay - Lussac's law states that when volume is constant, pressure and temperature are directly proportional. So, if temperature increases, pressure increases (type of relationship: direct).

Answer:

1. When temperature is constant, if pressure increases, then volume decreases. Type of relationship: Inverse.
2. When pressure is constant, if volume increases, then temperature increases. Type of relationship: Direct.
3. When volume is constant, if temperature increases, then pressure increases. Type of relationship: Direct.