7.3 Thermal Inversion/7.4 Atmospheric CO2 & PM

Last updated 12 months ago

11 questions

1

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7.3 Thermal Inversion/7.4 Atmospheric CO2 & PM

Last updated 12 months ago

11 questions

1

Answer the question using the demonstration on the video above.

Watch the video below for questions 2-4.

1

Identify the human health impacts of the deadly London smog.

1

Use the slides below for questions 5-9

1

Use the PPT to answer the question.

1

Draw a thermal inversion

1

Use the PPT to answer the question.

The model below represents two systems. One is a normal scenario and one is a thermal inversion.

1

Looking at the model above, identify which model represents a thermal inversion and explain why.

The diagram below shows the major sources of carbon dioxide, both anthropogenic and natural.

1

The diagram below shows the major sources of particulate matter, both anthropogenic and natural.

1

Answer the question using the demonstration on the video above.

Watch the video below for questions 2-4.

Use the slides below for questions 5-9

Use the PPT to answer the question.

Draw a thermal inversion

Use the PPT to answer the question.

The model below represents two systems. One is a normal scenario and one is a thermal inversion.

Match the picture with the description of the accurate phenomena

Normal
Thermal Inversion

Looking at the model above, identify which model represents a thermal inversion and explain why.

The diagram below shows the major sources of carbon dioxide, both anthropogenic and natural.

Using the diagram above, select the natural sources of CO2.
(Select 3 correct answers)

The diagram below shows the major sources of particulate matter, both anthropogenic and natural.

Using the diagram above, select the natural sources of particulate matter.
(Select 3 correct answers)

When did the London Fog become a deadly?

When a warm layer of air trapped a cooler layer

When the layers of air were the same temperature

When a cool layer of air trapped a warmer layer

During a thermal inversion

Temperatures increase with increasing altitude

Temperatures decrease with increasing altitude

A situation in which a relatively warm layer of air at mid-altitude covers a layer of cold, dense air below

Match the picture with the description of the accurate phenomena

Normal

Thermal Inversion

Using the diagram above, select the natural sources of CO2.
(Select 3 correct answers)

Burning fossil fuels

Volcanoes

Respiration

Oceans

Deforestation

Using the diagram above, select the natural sources of particulate matter.
(Select 3 correct answers)

Commercial cooking

Animal waste

Combustion from stationary sources

Wood smoke

Wildfires

Dust

Industrial, commericial, and refineries

Cars and trucks

When did the London Fog become a deadly?

When a warm layer of air trapped a cooler layer

When the layers of air were the same temperature

When a cool layer of air trapped a warmer layer

During a thermal inversion

Temperatures increase with increasing altitude

Temperatures decrease with increasing altitude

A situation in which a relatively warm layer of air at mid-altitude covers a layer of cold, dense air below

7.3 Thermal Inversion/7.4 Atmospheric CO2 & PM

7.3 Thermal Inversion/7.4 Atmospheric CO2 & PM

Answer the question using the demonstration on the video above.

Watch the video below for questions 2-4.

Identify the human health impacts of the deadly London smog.

Use the slides below for questions 5-9

Use the PPT to answer the question.

Draw a thermal inversion

Use the PPT to answer the question.

Looking at the model above, identify which model represents a thermal inversion and explain why.

Answer the question using the demonstration on the video above.

Watch the video below for questions 2-4.

Identify the human health impacts of the deadly London smog.

Use the slides below for questions 5-9

Use the PPT to answer the question.

Draw a thermal inversion

Use the PPT to answer the question.

Match the picture with the description of the accurate phenomena

Looking at the model above, identify which model represents a thermal inversion and explain why.

Using the diagram above, select the natural sources of CO2.(Select 3 correct answers)

(Select 3 correct answers)

Using the diagram above, select the natural sources of particulate matter.(Select 3 correct answers)

(Select 3 correct answers)

When did the London Fog become a deadly?

During a thermal inversion

(Select 3 correct answers)

(Select 3 correct answers)

Using the diagram above, select the natural sources of CO2.
(Select 3 correct answers)

Using the diagram above, select the natural sources of particulate matter.
(Select 3 correct answers)