Temperature and Kinetic Energy

What happens to the kinetic energy of particles in a substance when the temperature increases?

• The kinetic energy decreases.

• The kinetic energy remains the same.

• The kinetic energy increases.

• The kinetic energy becomes zero.

Tags

TEKS.SCI.7.8C

If the temperature of a gas is decreased, what happens to the speed of its particles?

• The speed of the particles increases.

• The speed of the particles decreases.

• The speed of the particles remains constant.

• The speed of the particles becomes zero.

Tags

TEKS.SCI.7.8C

What is the effect on the kinetic energy of particles when a liquid is heated?

• The kinetic energy decreases.

• The kinetic energy remains unchanged.

• The kinetic energy increases.

• The kinetic energy becomes zero.

Tags

TEKS.SCI.7.8C

What happens to the kinetic energy of particles in a gas when it is compressed and the temperature is increased?

• The kinetic energy decreases.

• The kinetic energy remains the same.

• The kinetic energy increases.

• The kinetic energy becomes zero.

Tags

TEKS.SCI.7.8C

If the temperature of a substance is constant, what can be said about the kinetic energy of its particles?

• The kinetic energy increases.

• The kinetic energy decreases.

• The kinetic energy remains constant.

• The kinetic energy becomes zero.

Tags

TEKS.SCI.7.8C

Arrow A in the diagram shows liquid water converting into gaseous water vapor during evaporation. Which of the following statements describes the particles found at arrow A?

• 1. The particles have a higher temperature than the particles at arrow D. 

• 1. The particles have no kinetic energy. 

• The particles have less kinetic energy than the particles at arrow D.

• 1. The particles have a lower temperature than the particles at arrow D. 

• The particles have more kinetic energy than the particles at arrow D.

Tags

NGSS.MS-PS1-4

NGSS.MS-PS3-5

___________ measures the average kinetic energy of all particles that make up an object.

• Temperature

• Conduction

• Radiation

• Thermal Energy

Tags

NGSS.MS-PS1-4

NGSS.MS-PS3-4

Which of the following best describes the relationship between temperature and particle motion?

• Higher temperature means slower particle motion.

• Higher temperature means faster particle motion.

• Temperature does not affect particle motion.

• Lower temperature means faster particle motion.

Tags

TEKS.SCI.7.8C

There are two closed containers, A and B, both of which contain the same number of nitrogen gas molecules. The gas molecules in container B have twice the average speed of the molecules in container A. Which of the following statements best describes the nitrogen gas in container B?

• The nitrogen gas in container B has a greater mass than the nitrogen gas in container A. 

• The nitrogen gas in container A has a greater temperature than the nitrogen gas in container B. 

• The nitrogen gas in container B has a greater density than the nitrogen gas in container A. 

• The nitrogen gas in container B has a greater temperature than the nitrogen gas in container A. 

Tags

NGSS.MS-PS1-4

NGSS.MS-PS3-1

NGSS.MS-PS3-4

The graph represents changes in particle motion in a solid plastic cube over time. The changes in the particles of the plastic cube must be accompanied by which of the following?

• A decrease in mass

• An increase in mass

Tags

NGSS.MS-PS1-4

NGSS.MS-PS3-1

NGSS.MS-PS3-4

NGSS.MS-PS3-5