Copy of Gas Behavior - POGIL (5/28/2026)

Last updated about 3 hours ago

11 questions

1

Library

Copy of Gas Behavior - POGIL (5/28/2026)

Last updated about 3 hours ago

11 questions

1

Consider what is happening in Model 1.
Create a short list of the main differences between a gas and a liquid at the same temperature (only use your observations and thoughts of Model 1).

1

1

1

1

Considering Model 2, how does the pressure of a gas change when the temperature is doubled at constant volume (containers A and D)?

1

Considering Model 2, how does the pressure of a gas change when the volume of the container is doubled at constant temperature (containers A and E)?

1

1

How many atoms of He are there in container A in model 2? _______ 

1

Using the number of atoms in container A in Model 2, calculate the number of moles (n). Recall that Avogadro’s number is 6.022×1023.

Consider what is happening in Model 1.
Create a short list of the main differences between a gas and a liquid at the same temperature (only use your observations and thoughts of Model 1).

Compare containers A and B and the information below each container in Model 2.
How does the pressure (P) change when the identity of the gas in the container is changed at constant volume?

P is doubled

P is halved

P remains constant

Compare containers A and C in Model 2. How does the pressure of a gas change when the number of atoms in the container is doubled at constant volume?

P is doubled

P is halved

P remains constant

The number of atoms and the number of moles are proportional. How does the pressure of a gas change when the number of moles of gas in the container is doubled at constant volume?

P is doubled

P is halved

P remains constant

Considering Model 2, how does the pressure of a gas change when the temperature is doubled at constant volume (containers A and D)?

Considering Model 2, how does the pressure of a gas change when the volume of the container is doubled at constant temperature (containers A and E)?

The symbol above means “is proportional to."
The symbol “n” means “number of moles of gas.”
Based on your answer to 4, identify the correct expression.

Based upon your answer to #5, identify the correct expression.

Based on your answer to #6, identify the correct expression.

How many atoms of He are there in container A in model 2? _______ 

Using the number of atoms in container A in Model 2, calculate the number of moles (n). Recall that Avogadro’s number is 6.022×1023.

Compare containers A and B and the information below each container in Model 2. 
How does the pressure (P) change when the identity of the gas in the container is changed at constant volume?

P is doubled

P is halved

P remains constant

Compare containers A and C in Model 2. How does the pressure of a gas change when the number of atoms in the container is doubled at constant volume?

P is doubled

P is halved

P remains constant

The number of atoms and the number of moles are proportional. How does the pressure of a gas change when the number of moles of gas in the container is doubled at constant volume?

P is doubled

P is halved

P remains constant

The symbol above means “is proportional to." 
The symbol “n” means “number of moles of gas.” 
Based on your answer to 4, identify the correct expression.

Based upon your answer to #5, identify the correct expression.

 Based on your answer to #6, identify the correct expression. 

Copy of Gas Behavior - POGIL (5/28/2026)

Copy of Gas Behavior - POGIL (5/28/2026)

Consider what is happening in Model 1.Create a short list of the main differences between a gas and a liquid at the same temperature (only use your observations and thoughts of Model 1).

Considering Model 2, how does the pressure of a gas change when the temperature is doubled at constant volume (containers A and D)?

Considering Model 2, how does the pressure of a gas change when the volume of the container is doubled at constant temperature (containers A and E)?

Using the number of atoms in container A in Model 2, calculate the number of moles (n). Recall that Avogadro’s number is 6.022×1023.

Consider what is happening in Model 1.Create a short list of the main differences between a gas and a liquid at the same temperature (only use your observations and thoughts of Model 1).

Compare containers A and B and the information below each container in Model 2. How does the pressure (P) change when the identity of the gas in the container is changed at constant volume?

Compare containers A and C in Model 2. How does the pressure of a gas change when the number of atoms in the container is doubled at constant volume?

The number of atoms and the number of moles are proportional. How does the pressure of a gas change when the number of moles of gas in the container is doubled at constant volume?

Considering Model 2, how does the pressure of a gas change when the temperature is doubled at constant volume (containers A and D)?

Considering Model 2, how does the pressure of a gas change when the volume of the container is doubled at constant temperature (containers A and E)?

The symbol above means “is proportional to." The symbol “n” means “number of moles of gas.” Based on your answer to 4, identify the correct expression.

Based upon your answer to #5, identify the correct expression.

Based on your answer to #6, identify the correct expression.

Using the number of atoms in container A in Model 2, calculate the number of moles (n). Recall that Avogadro’s number is 6.022×1023.

Consider what is happening in Model 1.
Create a short list of the main differences between a gas and a liquid at the same temperature (only use your observations and thoughts of Model 1).

Consider what is happening in Model 1.
Create a short list of the main differences between a gas and a liquid at the same temperature (only use your observations and thoughts of Model 1).

Compare containers A and B and the information below each container in Model 2.
How does the pressure (P) change when the identity of the gas in the container is changed at constant volume?

The symbol above means “is proportional to."
The symbol “n” means “number of moles of gas.”
Based on your answer to 4, identify the correct expression.