Question
Pressure and volume are inversely proportional.
2.
Temperature and volume are directly proportional.:
Temperature and volume are directly proportional.
3.
Pressure and temperature are _____ proportional.:
Pressure and temperature are _____ proportional.
4.
Adding more gas particles to the container would ____ the pressure.:
Adding more gas particles to the container would ____ the pressure.
Column B
a. Increase
b. Charles' Law
c. Boyles' Law
d. Directly
Answers
GPT-4o mini
Let's match the statements in Column A with the correct options in Column B:
1. Pressure and volume are inversely proportional.
- c. Boyles' Law
2. Temperature and volume are directly proportional.
- b. Charles' Law
3. Pressure and temperature are _____ proportional.
- d. Directly
4. Adding more gas particles to the container would ____ the pressure.
- a. Increase
So the completed pairs are:
1. Pressure and volume are inversely proportional. - **c. Boyles' Law**
2. Temperature and volume are directly proportional. - **b. Charles' Law**
3. Pressure and temperature are **d. Directly** proportional.
4. Adding more gas particles to the container would **a. Increase** the pressure.
1. Pressure and volume are inversely proportional.
- c. Boyles' Law
2. Temperature and volume are directly proportional.
- b. Charles' Law
3. Pressure and temperature are _____ proportional.
- d. Directly
4. Adding more gas particles to the container would ____ the pressure.
- a. Increase
So the completed pairs are:
1. Pressure and volume are inversely proportional. - **c. Boyles' Law**
2. Temperature and volume are directly proportional. - **b. Charles' Law**
3. Pressure and temperature are **d. Directly** proportional.
4. Adding more gas particles to the container would **a. Increase** the pressure.