# Impact Processes at Meteor Crater (Advanced)

## Summary

This is a more mathematically advanced version of the Impact Processes activity that introduces students to impact geology in a study of Meteor Crater in northern Arizona. Students use a set of formulas from physics and power regression on real data to determine the energy released on impact and the size of the impactor that formed the crater.

Click here to view the full activity on the Kéyah Math Project website.

Click here to view the full activity on the Kéyah Math Project website.

## Learning Goals

**Objectives**

**Mathematical Skills**

## Context for Use

This activity consists of a set of quantitative problem-solving exercises that can be used as an in-class activity or an assignment in any course with a unit on impact processes or impact events, such as:

Physical geology or physical geography

Historical geology or Earth history

Environmental geology, natural hazards, natural disasters

Earth system science or Earth and space science

Introductory astronomy

## Description and Teaching Materials

## Teaching Notes and Tips

An Instructor's Guide to all Kéyah Math activities is available online from the Instructor Resources page on the Kéyah Math website.

## Assessment

Students record their work and answers in a word-processor document or a notebook, which can be submitted to the instructor for assessment. Solutions to these problems are available online from the Instructor Resources page on the Kéyah Math website.

## References and Resources

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