L15 KMT & Real Gas Vs Ideal Gas behavior

Which of the following is a property of an ideal gas?

• Gas particles have attractive forces between them

• Gas particles have negligible volume compared to empty space

• Gas particles lose energy when they collide

• Gas particles have a small distance between them

What are the three factors that affect the behavior of an ideal gas?

• Temperature, pressure, and volume

• Temperature, pressure, and attractive forces

• Volume, attractive forces, and energy loss

• Volume, pressure, and energy loss

Which of the following is a property of a real gas?

• Gas particles have a small distance between them

• Gas particles have negligible volume compared to empty space

• Gas particles do not lose energy when they collide

• Gas particles have attractive forces between them

What is the behavior of gas particles in an ideal gas?

• Constant, random, straight-line motion

• Constant, circular motion

• Constant, zigzag motion

• Constant, back and forth motion

Tags

NGSS.HS-PS3-2

What is the volume of gas particles in an ideal gas compared to empty space?

• Negligible

• Significant

• Equal

• Depends on the temperature

What is the volume of gas particles in a real gas compared to empty space?

• Negligible

• Significant

• Equal

• Depends on the temperature

What happens to the energy when gas particles collide in an ideal gas?

• Energy is lost

• Energy is gained

• Energy remains constant

• Energy is converted into mass

What happens to the energy when gas particles collide in a real gas?

• Energy is lost

• Energy is gained

• Energy remains constant

• Energy is converted into mass

Tags

NGSS.HS-PS3-2

What is the relationship between volume and pressure in an ideal gas?

• Directly proportional

• Inversely proportional

• Unrelated

• Exponentially proportional

What is the relationship between volume and temperature in an ideal gas?

• Inversely proportional

• No relationship

• Randomly proportional

• Directly proportional