What This Document Is
This document is a student exploration guide for a simulation focused on hurricane motion, designed for a Grand Canyon University Environmental Science (BIO 220) course. It accompanies an interactive Gizmo where students analyze weather data and observe hurricane characteristics. The document includes prior knowledge questions, activity prompts, and data tables for recording observations.
Why This Document Matters
This exploration is valuable for students learning about the forces that govern hurricane behavior – specifically, the Coriolis effect and air pressure systems. It’s used to build understanding *before* diving into more complex meteorological models. Students will use this guide during a hands-on simulation to investigate hurricane patterns and the relationship between wind speed, precipitation, and cloud cover. It’s intended to be completed as part of a lab or homework assignment.
Common Limitations or Challenges
This document is a guide to a *simulation*; it does not provide a comprehensive explanation of hurricane formation or climate science. It requires access to the Hurricane Motion Gizmo to be fully utilized. While it prompts observation and data recording, it doesn’t offer in-depth theoretical explanations. Students will still need to consult course materials for a complete understanding of the concepts.
What This Document Provides
This document includes:
* Prior knowledge questions to assess existing understanding of hurricanes.
* Instructions for using the Hurricane Motion Gizmo, including how to interpret weather station data (wind speed, direction, air pressure, cloud cover).
* Guided questions to prompt observation of hurricane characteristics like rainfall patterns, cloud cover density, and the location of the eye.
* A chart for recording wind speed, wind direction, cloud cover, and pressure data from the simulation.
* Categorization of hurricanes based on wind speed.
This preview *does not* include the answers to the questions, the completed data tables, or the full results of the Gizmo simulation. It also does not include detailed explanations of the Coriolis effect or atmospheric pressure.
