This quiz covers heat, temperature, and thermal energy
Question 1
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Question 2
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Question 3
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Question 4
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Question 5
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Question 6
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Question 7
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Question 8
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Question 9
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Question 10
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Question 11
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Question 12
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Question 13
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This question is on the screen. Please ask for a piece of blank paper to complete this question.
Question 14
14.
Please view the table above, and determine which material heated up faster., and choose the correct explanation.
The water heated up more quickly, and lost thermal energy faster. This is because water is less dense than the soil.
The soil heated up more quickly and heat transfers faster through denser materials.
The water heated up more quickly, and heat transfers faster through less dense materials.
The soil heated up more quickly, and heat transfers more slowly through denser materials.
The less massive something is, the more thermal energy it has, because the particles are moving faster.
True
False
A cooler at 35 degrees has _______ __________ energy than a soda can at the same temperature because it has more ________. Select the best answer(s).
less, kinetic, mass
more, thermal, particles
more, thermal, weight
more, thermal, mass
Please place the items in the correct categories.
Does depend on mass
Does not depend on mass
Total kinetic energy of all particles
Average kinetic energy of all the particles
Thermal Energy
Temperature
In part (a), describe the process of heat flow.
Both objects have a difference in thermal mass.
Both objects have a difference in kinetic energy.
Both objects have a difference in temperature.
In part (b), describe the process of heat flow.
Heat is being transferred from the cold object to the hot object.
Thermal energy is being transferred from the cold object to the warm object.
Thermal energy is being transferred from the hot object to the warm object.
Thermal energy is being transferred from the hot object to the cold object.
In part (c) above, describe the process of heat flow.
Heat flows slowly from one object to the other. Equilibrium has been reached.
Heat flows from the warm object to the hot object. Equilibrium has been reached.
Heat is quickly flowing from one object to the other. Equilibrium has been reached.
Heat has stopped flowing between the objects. Equilibrium has been reached.
Place the items in the correct categories.
A material that allows heat to flow through it.
A material that allows heat to flow through it quickly.
A material that slows down heat flow.
Steel
Wool
Platinum
Rubber
Cotton
Aluminum
Wood
Plastic
Glass
Conductor
Insulator
Neither
View the image below and use it to answer the following questions. In room temperature water, the food coloring dissolved slightly. Choose the best answer(s) to explain this process. There may be more than one correct answer.
In room temperature water, the particles are densely packed and move not at all, colliding with the food coloring particles.
In room temperature water, the particles are moving randomly, bombard each other, and collide with the food coloring particles more.
In room temperature water, the particles move rapidly, bombarding each other, and do not collide with the food coloring particles much.
Which description best explains why the food coloring dissolved completely in hot water? Choose the best answer.
In hot water, the water and food coloring particles collided often. As a substance gains thermal energy, it's particles move faster.
In hot water, the water and food coloring particles collided somewhat. As a substance gains thermal energy, it's particles move slightly.
In hot water, the water and food coloring particles collided somewhat often. As a substance gains thermal energy, its particles move hardly at all.
Select the best answer. Which is an example of heat flow?
An ice cube placed onto a metal and wooden block.
A frozen steak placed inside of a meat locker.
A block of ice placed inside of a freezer.
Students sitting in chairs inside of Ms. Cubit's classroom.
Select the best answer(s). How is an object's thermal energy affected by it's temperature?
As the mass of an object increases, it's thermal energy is not affected.
As the temperature of an object increases, it's thermal energy decreases.
As the temperature of an object increases, it's thermal energy increases.
As the temperature of an object increases, it's thermal energy is unaffected.
Read the following statement, and decide if it is true or false. As a substance gains thermal energy, it's particles move more slowly, and have less interactions.
