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Charting the effects of earthquakes on buildings

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In this lesson, students have the opportunity to simulate earthquakes and their effects on buildings. This activity is ideal for students working in groups.

​Objectives

Students will use technology tools to enhance learning, increase productivity, and promote creativity.

Learning outcomes

  • Students will learn about earthquake-proof construction and research how earthquakes affect buildings.
  • Students will use an online earthquake simulation tool to collect data on how earthquakes can affect buildings.
  • Students will communicate their conclusions based on the data they collect.

Lesson procedure

Introduction

Have any of you ever been in an earthquake? If you have, what was the experience like? What emotions did you experience? If you’ve never experienced an earthquake, how do you think you would react to one?

One of the main dangers of earthquakes is the collapse of buildings. Is there a way to determine if a building can withstand an earthquake? What types of earthquake-proof construction do you think can help buildings survive? Do you think constructing earthquake-proof buildings is a new idea, or has it been practiced for centuries in some cultures?

In this activity, you will work in groups, or alone, to simulate earthquakes of different magnitudes online and observe how they affect buildings. First you will make construction choices that you think will help a building survive an earthquake. Then you’ll choose the location and the magnitude of the earthquake. After the simulation you’ll examine the earthquake-proof construction to see how effective it was. You will chart your simulated data in Microsoft Excel so you can develop conclusions based on your findings and present them in a written report.

 

​Student activity

Follow the steps below to guide your students through this lesson plan.

Create buildings that can withstand earthquakes and simulate earthquakes.

  1. Use this earthquake simulation website to discover where to build and how to construct buildings that have better chances of surviving earthquakes.
  2. Keep track of your data in the Excel template: Simulating earthquakes.
  3. Record and save your conclusions in a Microsoft Word document.
  4. Use the online earthquake simulation tool to simulate 8–10 different earthquakes. Change the location of the buildings, the earthquake-proof construction, and the magnitude of the earthquakes. Make sure you keep track of your data in the Excel spreadsheet so that you can use the data to record your conclusions.
  5. Reflect on what you discovered or discuss it with your group. Think about the following:
    1. Did you find that the location of a building makes a difference? If so, why?
    2. Did you notice whether certain types of earthquake-proof construction worked better than others? List the ones that were more and less successful.
    3. How much does the size of the earthquake affect the damage that the building sustains?
  6. Record your conclusions in a Word document.
  7. Add the data from your Excel file to your report to support your findings.
  8. Save your work.

Lesson extension activities

Ask your students to conduct additional experiments with the online simulation tool.

Ask your students to combine the class data to obtain more information and formulate more general conclusions.

Conclusion

Assess students’ answers to the questions in the main activity section. Their conclusions should address each question and reference the data they collected with the online simulator.

You can also assess how accurately they presented their data.

Education resources from Microsoft