Objective
By the end of this lesson, you will understand the hypsometric equation and how it affects the thickness of the atmospheric column.
Materials and Prep
- Paper and crayons
- Pencil
- Internet access (optional)
No prior knowledge is required for this lesson.
Activities
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Draw a simple picture of the Earth's atmosphere on a piece of paper. Label the different layers: troposphere, stratosphere, mesosphere, and thermosphere.
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Explain to your child that the hypsometric equation is a mathematical relationship that helps us understand how the thickness of the atmospheric column changes with altitude.
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Ask your child to imagine that they are climbing a mountain. As they go higher, the air gets thinner and the atmospheric column becomes shorter. Have them draw shorter layers on their picture to represent this.
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If you have internet access, you can show your child images or videos of mountains and explain how the hypsometric equation helps scientists study and understand the changes in atmospheric column thickness at different altitudes.
Toddler Grade Talking Points
- "Today, we are going to learn about the hypsometric equation and how it affects the thickness of the air around us."
- "The Earth's atmosphere is made up of different layers, and the hypsometric equation helps us understand how these layers change as we go higher."
- "When we climb a mountain, the air gets thinner and the layers of the atmosphere become shorter."
- "Scientists use the hypsometric equation to study and learn more about how the thickness of the atmosphere changes at different altitudes."