Global Atmospheric Circulation Model (Part 2)

In this lesson, we will recap the Hadley Cell from Lesson 1 and learn how air circulates through the atmosphere via the Ferrel and Polar Cells.

This quiz includes images that don't have any alt text - please contact your teacher who should be able to help you with an audio description.

Quiz:

Intro quiz - Recap from previous lesson

Before we start this lesson, let’s see what you can remember from this topic. Here’s a quick quiz!

Q1.Latitude means...

The height above sea level The time taken to travel from one place to another A measure of distance from the equator

1/7

Q2.The sun's energy is concentrated at the...

North Pole Equator Oceans

2/7

Q3.Low pressure occurs when...

Warm air rises into the atmosphere Cold air rises into the atmosphere Cold air sinks towards the earth's surface

3/7

Q4.High pressure occurs when...

Cold air rises into the atmosphere Warm air sinks towards the earth's surface Cold air sinks towards the earth's surface

4/7

Q5.Surface winds moving towards the equator are called...

Trade Winds Easterlies Westerlies

5/7

Q6.Surface winds moving towards higher latitudes are called...

North Winds Westerlies Southern Winds

6/7

Q7.Which three cells form the global atmospheric circulation model?

Select three (3) boxes

Hadley Cell Polar Cell Wind Cell Ferrel Cell

7/7

This quiz includes images that don't have any alt text - please contact your teacher who should be able to help you with an audio description.

Quiz:

Intro quiz - Recap from previous lesson

Before we start this lesson, let’s see what you can remember from this topic. Here’s a quick quiz!

Q1.Latitude means...

The height above sea level The time taken to travel from one place to another A measure of distance from the equator

1/7

Q2.The sun's energy is concentrated at the...

North Pole Equator Oceans

2/7

Q3.Low pressure occurs when...

Warm air rises into the atmosphere Cold air rises into the atmosphere Cold air sinks towards the earth's surface

3/7

Q4.High pressure occurs when...

Cold air rises into the atmosphere Warm air sinks towards the earth's surface Cold air sinks towards the earth's surface

4/7

Q5.Surface winds moving towards the equator are called...

Trade Winds Easterlies Westerlies

5/7

Q6.Surface winds moving towards higher latitudes are called...

North Winds Westerlies Southern Winds

6/7

Q7.Which three cells form the global atmospheric circulation model?

Select three (3) boxes

Hadley Cell Polar Cell Wind Cell Ferrel Cell

7/7

Video

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This quiz includes images that don't have any alt text - please contact your teacher who should be able to help you with an audio description.

Quiz:

Global Atmospheric Circulation Model (Part 2)

Complete the sentences below to show you have understood the key ideas from the lesson. Good luck!

Q1.Wind moves from...

Low to high pressure High to low pressure High to high pressure

1/6

Q2.Air rises at the equator because...

The air is cold and dense The air is warm and less dense The air is warm and dense

2/6

Q3.Air sinks in areas of high pressure because...

The air is cold and dense The air is warm and dense The air is cold and less dense

3/6

Q4.Within the Ferrel Cell, warm air...

Is forced up into the atmosphere by colder air Is sinking Is denser

4/6

Q5.At the Poles, the air pressure is...

Low Medium High

5/6

Q6.An example of a cold desert is...

The Sahara Desert Antarctica The UK

6/6

This quiz includes images that don't have any alt text - please contact your teacher who should be able to help you with an audio description.

Quiz:

Global Atmospheric Circulation Model (Part 2)

Complete the sentences below to show you have understood the key ideas from the lesson. Good luck!

Q1.Wind moves from...

Low to high pressure High to low pressure High to high pressure

1/6

Q2.Air rises at the equator because...

The air is cold and dense The air is warm and less dense The air is warm and dense

2/6

Q3.Air sinks in areas of high pressure because...

The air is cold and dense The air is warm and dense The air is cold and less dense

3/6

Q4.Within the Ferrel Cell, warm air...

Is forced up into the atmosphere by colder air Is sinking Is denser

4/6

Q5.At the Poles, the air pressure is...

Low Medium High

5/6

Q6.An example of a cold desert is...

The Sahara Desert Antarctica The UK

6/6

Lesson summary: Global Atmospheric Circulation Model (Part 2)

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The next lesson in:
Climatic hazards
is:
What is the global distribution of tropical storms?

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Global Atmospheric Circulation Model (Part 2)

Intro quiz - Recap from previous lesson

Intro quiz - Recap from previous lesson

Video

Global Atmospheric Circulation Model (Part 2)

Global Atmospheric Circulation Model (Part 2)

Lesson summary: Global Atmospheric Circulation Model (Part 2)

It looks like you have not completed one of the quizzes.

Time to move!

The next lesson in: Climatic hazards is: What is the global distribution of tropical storms?

Browse Oak's lessons:

The next lesson in:
Climatic hazards
is:
What is the global distribution of tropical storms?