TE 3.1

Last updated over 3 years ago

18 questions

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Library

TE 3.1

Last updated over 3 years ago

18 questions

TE 3.1 Thermal Energy is NOT Temperature 

KWBAT gather more evidence about energy transfer by actively reading the Amplify article “Thermal Energy is NOT Temperature”, and answer critical thinking questions to prepare for the next lesson.

Part 1: Warm Up

On the left is an image of a small cup of tea. The water inside the teacup is very hot, about 80oC. On the right is an image of a large bathtub. The water inside the bathtub is warm, about 40C.

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Predict: What do you think total kinetic energy means?

Sentence starter:
I think that total kinetic energy means...

0

Elaborate: Explain you answer choice for the question above. Why do you think that object has a greater total kinetic energy?

Sentence starter:
I think that the ______ has a greater total kinetic energy because...

Part 2: Thermal Energy is NOT Temperature

The comparison of the hot tea and the warm bathtub water is similar to the comparisons that you will need to make between the two heating systems for Riverdale School—one system’s reservoir is smaller but hotter, while the other system’s reservoir is larger but not as hot. In order to choose between these systems, you must begin by thinking about which system actually has more total kinetic energy to transfer?

Read the article and answer the questions!

Link to Article -https://ereader.learning.amplify.com/#/reader/a4252e98-f104-4078-9499-e8cd4dca5809

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Predict: Why did "your brother's" soup get cold while your bowl stayed warm?

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Part 3: Practicing Calculating Thermal Energy

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Calculate the total kinetic energy of this sample!
Show your work in the rectangle provided.

1

0

Calculate the average kinetic energy of this sample!
Show your work in the rectangle provided.

1

DON'T FORGET TO COMPLETE YOUR CHAPTER TASK!!!!!!!!!!!!

TE 3.1 Thermal Energy is NOT Temperature 

KWBAT gather more evidence about energy transfer by actively reading the Amplify article “Thermal Energy is NOT Temperature”, and answer critical thinking questions to prepare for the next lesson.

Part 1: Warm Up

On the left is an image of a small cup of tea. The water inside the teacup is very hot, about 80oC. On the right is an image of a large bathtub. The water inside the bathtub is warm, about 40C.

Since the temperature of the tea is __ than the bathwater, the molecules in the tea have _ average kinetic energy than the molecules of warm water in the bathtub.

cooler, higher

hotter, lower

cooler, lower

hotter, higher

Predict: What do you think total kinetic energy means?

Sentence starter:
I think that total kinetic energy means...

Which objects molecules do you think have the greater total kinetic energy?

Small cup of tea

large bathtub of warm water

Elaborate: Explain you answer choice for the question above. Why do you think that object has a greater total kinetic energy?

Sentence starter:
I think that the ______ has a greater total kinetic energy because...

Part 2: Thermal Energy is NOT Temperature

The comparison of the hot tea and the warm bathtub water is similar to the comparisons that you will need to make between the two heating systems for Riverdale School—one system’s reservoir is smaller but hotter, while the other system’s reservoir is larger but not as hot. In order to choose between these systems, you must begin by thinking about which system actually has more total kinetic energy to transfer?

Read the article and answer the questions!

Link to Article -https://ereader.learning.amplify.com/#/reader/a4252e98-f104-4078-9499-e8cd4dca5809

0

Predict: Why did "your brother's" soup get cold while your bowl stayed warm?

1

Find a quote that answers this question:

What is thermal energy?

1

Part 3: Practicing Calculating Thermal Energy

Calculate the total kinetic energy of this sample!
Show your work in the rectangle provided.

What is the total kinetic energy of Sample E?

36

4

9

Calculate the average kinetic energy of this sample!
Show your work in the rectangle provided.

What is the average kinetic energy of Sample E?

36

9

4

DON'T FORGET TO COMPLETE YOUR CHAPTER TASK!!!!!!!!!!!!

Since the temperature of the tea is ________________ than the bathwater, the molecules in the tea have _______________  average kinetic energy than the molecules of warm water in the bathtub.

cooler, higher

hotter, lower

cooler, lower

hotter, higher

Which objects molecules do you think have the greater total kinetic energy?

Small cup of tea

large bathtub of warm water

Find a quote that answers this question:

What is thermal energy?

Why does a bowl have more total kinetic energy than a mug?

because the molecules in a mug had energy destroyed

because the bowl was heated up to a higher temperature

because soup in a bowl has more molecules than soup in a mug

Why does the soup in the mug cool down faster?

because the soup in the mug has lower average kinetic energy

because the mug does not have a high total kinetic energy

because the mug was already cooled down to begin with

The bowl has a much higher total kinetic energy because it has a higher temperature.

True

False

How do you calculate the total kinetic energy of something?

you look at how fast its molecules are moving

you cannot calculate the total kinetic energy of something

you add up all of the molecules

Evaluate: How can a hot bowl of soup get to the same temperature as the air in a room?

When the soup and the air have the same average kinetic energy, that means that they are....

at equilibrium

stable

still transferring energy

creating or destroying energy

Find a quote that answers this question:

If the hot soup transferred energy to the air, why did the air not get hotter?

Analyze the image: The bowl of soup and the mug have the same but they have different _____ because of the differing amount of molecules.

average kinetic energy, thermal energy

solar energy, molecules

thermal energy, average kinetic energy

What is the total kinetic energy of Sample E?

36

4

9

What is the average kinetic energy of Sample E?

36

9

4

Why does a bowl have more total kinetic energy than a mug?

because the molecules in a mug had energy destroyed

because the bowl was heated up to a higher temperature

because soup in a bowl has more molecules than soup in a mug

Why does the soup in the mug cool down faster?

because the soup in the mug has lower average kinetic energy

because the mug does not have a high total kinetic energy

because the mug was already cooled down to begin with

The bowl has a much higher total kinetic energy because it has a higher temperature.

True

False

How do you calculate the total kinetic energy of something?

you look at how fast its molecules are moving

you cannot calculate the total kinetic energy of something

you add up all of the molecules

When the soup and the air have the same average kinetic energy, that means that they are....

at equilibrium

stable

still transferring energy

creating or destroying energy

Analyze the image: The bowl of soup and the mug have the same ________ but they have different _____________ because of the differing amount of molecules.

average kinetic energy, thermal energy

solar energy, molecules

thermal energy, average kinetic energy

TE 3.1

TE 3.1

Part 1: Warm Up

Predict: What do you think total kinetic energy means?Sentence starter:I think that total kinetic energy means...

Elaborate: Explain you answer choice for the question above. Why do you think that object has a greater total kinetic energy?Sentence starter:I think that the ______ has a greater total kinetic energy because...

Part 2: Thermal Energy is NOT Temperature

Predict: Why did "your brother's" soup get cold while your bowl stayed warm?

Part 3: Practicing Calculating Thermal Energy

Calculate the total kinetic energy of this sample! Show your work in the rectangle provided.

Calculate the average kinetic energy of this sample! Show your work in the rectangle provided.

DON'T FORGET TO COMPLETE YOUR CHAPTER TASK!!!!!!!!!!!!

Part 1: Warm Up

Since the temperature of the tea is ________________ than the bathwater, the molecules in the tea have _______________ average kinetic energy than the molecules of warm water in the bathtub.

Predict: What do you think total kinetic energy means?Sentence starter:I think that total kinetic energy means...

Which objects molecules do you think have the greater total kinetic energy?

Elaborate: Explain you answer choice for the question above. Why do you think that object has a greater total kinetic energy?Sentence starter:I think that the ______ has a greater total kinetic energy because...

Part 2: Thermal Energy is NOT Temperature

Predict: Why did "your brother's" soup get cold while your bowl stayed warm?

Find a quote that answers this question:What is thermal energy?

Evaluate: How can a hot bowl of soup get to the same temperature as the air in a room?

Find a quote that answers this question:If the hot soup transferred energy to the air, why did the air not get hotter?

Part 3: Practicing Calculating Thermal Energy

Calculate the total kinetic energy of this sample! Show your work in the rectangle provided.

What is the total kinetic energy of Sample E?

Calculate the average kinetic energy of this sample! Show your work in the rectangle provided.

What is the average kinetic energy of Sample E?

DON'T FORGET TO COMPLETE YOUR CHAPTER TASK!!!!!!!!!!!!

Find a quote that answers this question:What is thermal energy?

Why does a bowl have more total kinetic energy than a mug?

Why does the soup in the mug cool down faster?

The bowl has a much higher total kinetic energy because it has a higher temperature.

How do you calculate the total kinetic energy of something?

Evaluate: How can a hot bowl of soup get to the same temperature as the air in a room?

When the soup and the air have the same average kinetic energy, that means that they are....

Find a quote that answers this question:If the hot soup transferred energy to the air, why did the air not get hotter?

Analyze the image: The bowl of soup and the mug have the same ________ but they have different _____________ because of the differing amount of molecules.

Predict: What do you think total kinetic energy means?

Sentence starter:
I think that total kinetic energy means...

Elaborate: Explain you answer choice for the question above. Why do you think that object has a greater total kinetic energy?

Sentence starter:
I think that the ______ has a greater total kinetic energy because...

Calculate the total kinetic energy of this sample!
Show your work in the rectangle provided.

Calculate the average kinetic energy of this sample!
Show your work in the rectangle provided.

Since the temperature of the tea is __ than the bathwater, the molecules in the tea have _ average kinetic energy than the molecules of warm water in the bathtub.

Predict: What do you think total kinetic energy means?

Sentence starter:
I think that total kinetic energy means...

Elaborate: Explain you answer choice for the question above. Why do you think that object has a greater total kinetic energy?

Sentence starter:
I think that the ______ has a greater total kinetic energy because...

Find a quote that answers this question:

What is thermal energy?

Find a quote that answers this question:

If the hot soup transferred energy to the air, why did the air not get hotter?

Calculate the total kinetic energy of this sample!
Show your work in the rectangle provided.

Calculate the average kinetic energy of this sample!
Show your work in the rectangle provided.

Find a quote that answers this question:

What is thermal energy?

Find a quote that answers this question:

If the hot soup transferred energy to the air, why did the air not get hotter?

Analyze the image: The bowl of soup and the mug have the same but they have different _____ because of the differing amount of molecules.