Vernier Video Analysis: Conservation Laws and Forces
$28.00
Use Vernier probeware to teach concepts at the college physics, AP* Physics, or IB** Physics level. Use it in addition to Advanced Physics with Vernier — Mechanics and Physics with Vernier for a comprehensive set of topics.
Description
This e-book, Vernier Video Analysis: Conservation Laws and Forces explores mechanics topics beyond basic motion, such as conservation of energy and conservation of translational and angular momentum.
This e-book, Vernier Video Analysis: Conservation Laws and Forces features 12 investigations using the Vernier Video Analysis® app. It builds on basic concepts of motion and applies them to various sports (e.g., curling and weight lifting) and interactions between objects such as a physical pendulum and a cart. Real-world examples help students connect physics concepts to their lives, increasing engagement and knowledge retention.
Student materials are provided in two levels of scaffolding: Guided and Abridged. The Guided materials provide step-by-step instructions for navigating the software and work well for students who have not used Vernier Video Analysis. The Abridged materials are appropriate for students who are familiar with the features of the software.
What’s Included
• Twelve guided investigations
• Instructor information guide with troubleshooting tips and answers to questions
• Student instructions
• A generous site license—buy one e-book and duplicate the investigations for your class
Sample Download:
Preview “Analysis of Jumping” from Vernier Video Analysis: Conservation Laws and Forces. The preview download includes abridged and guided student instructions, teacher tips, sample data, and more.
Download Analysis of Jumping (Note to web design: Be sure this has the hyper link below)
https://www.vernier.com/wp-content/uploads/2022/03/HSB-VVACLF-04-Analysis-of-Jumping-Sample.zip
Table of Contents
1. Energy of a Bouncing Ball
2. Introduction to Weight Lifting
3. Loop the Loop
4. Analysis of Jumping
5. Energy in Simple Harmonic Motion
6. Pendulum to Projectile
7. Water Flow From a Tank: Parabolic Trajectory
8. Conservation of Momentum in Curling
9. Collision: Angular to Linear
10. More Weight Lifting: Bicep Curls
11. Angular Momentum and Energy
12. Coulomb’s Law
Support
Contact Vernier Science Education
• Recommended: Online support
• Email: [email protected]
• Toll-free: 1-888-837-6437
Additional information
| Choose an option | Print and E-Book, E-Book |
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