![]() Task 5 - Analysis and Conclusion: Students answer six analysis and conclusion questions.Task 4 - Calculating Jump Length on Other Planets: Students calculate how far they can jump on other planets.T ask 3 - Jump Records: Student frog jump from a predetermined starting point and calculate their average jump on Earth.Task 2 - Weight On Other Planets: Student calculate their mass using the force of gravity in kilograms and convert that into their weight in Newtons.Task 1- Pre-Lab: Students watch two different short videos about mass, weight, and gravity, and answer questions about what they learn about these topics.⭐ This Lab is Broken Down Into 5 Different Tasks ⭐ No prior knowledge needed and lots of fun! Gravity Man is the only Robot Master to have a triangle-shaped outfit.⭐ ❤️ A classic fun lab activity made for older students! Grades 7-11! Learn and practice the topics of mass, weight, and gravity. No prior knowledge needed! A great introduction, review, or enrichment to weight, mass, and gravity!Īll New Products are Discounted the First 3 Days of Posting! ⭐ All the materials you need are meter sticks (1 per group), a few pieces of masking tape, and access to an electronic to make calculations and watch the two short videos. Jump 1 (cm) Jump 2 (cm) Jump 3 (cm) Jump 4 (cm) Jump 5 (cm) Average Jump (cm) Lab video shows you how to calculate the average.143 164 164 162 163 159.2, 2. Purchase of the product is for single classroom use by the purchaser only. Calculate how far you can jump on each location. ![]() To calculate the new jump distance, divide the average horizontal jump on Earth by the gravity factor in the table below. It is a violation for individuals, schools, and districts to redistribute, edit, sell, or post this item on the Internet or to other individuals. Disregarding the copyright is a violation of the Digital Millennium Copyright Act and subject to legal action. The more mass a planet has compacted within its size, the stronger its gravitational constant. By purchasing this product you acknowledge that you have read and understood the Terms of Use. Earth has a gravitational constant ( g ) of 9.8 m / S 2.
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