Energy Sciences

CONTENTS OF CURRICULUM UNIT 19.04.01

  1. Unit Guide
  1. Introduction
  2. Rationale
  3. Content Objectives
  4. Teaching Strategies: (Aligned to the Content Objectives)
  5. Content Background
  6. Unit Activities
  7. Appendix: Standards Narrative
  8. Teacher Resources
  9. Student Resources
  10. Bibliography
  11. Endnotes

Driving in the Future: How Far Will that Battery Take You?

Cristobal Rene Carambo

Published September 2019

Tools for this Unit:

Student Resources

Climate Change Analysis Questions

  1. What is Climate Change?
    1. How does it differ from daily variations in the weather?
  2. Describe two ways that climate change is affecting the Earth.
  3. How are humans contributing to the current change in climate? (Two things).
  4. What evidence did you see in the Keeling Curve data to support this belief?
    1. What was the relationship between carbon dioxide emissions and temperature in the graph?
  5. A car gets very hot in the summer sun. Explain why this happens.
    1. How is this an example of a greenhouse effect?
  6. What happens to incoming solar variation? (three events).
  7. What does the Earth’s natural greenhouse effect do for our survival? (What does it do to  affect heat energy that is re-radiated by the earth and atmosphere?  (What would the Earth be like without this natural effect?
  8. How do greenhouse gases help to regulate the Earth’s temperature?
  9. Which human activities are responsible for the increase in the concentration of greenhouse gases?
  10. What effect does the increased concentration of greenhouse gases have on the natural greenhouse effect?

Keeling Curve Graph Analysis

  1. What measurements are shown on this graph?
    1. When did the collection of these data begin?
    2. What’s the name of the curve you drew (the scientist who discovered these data)?
  2. What is the relationship between carbon emissions and temperature? (How do the emissions affect the temperature?)
    1. What is contributing to the increase in CO2 emissions?
  3. Do the values go up all the time? What do we call this?
    1. Why do the values go up and down?
  4. Do the values generally go up over the course of time? What do we call this?
  5. The mean temperature of the planet is 13.9 0 How much has the temperature changed?
    1. What will happen to the mean temperature if carbon emissions continue increasing?

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