VERNIER PHYSICS WITH VIDEO ANALYSIS
The Physics with Video Analysis book contains a wide selection of video analysis activities for introductory physics at either the high school or tertiary level. Topics include kinematics, dynamics, circuits, sound, electrostatics and more.

NOTE
If you have previously purchased a copy of this Vernier lab book please contact Support at Scientrific.com.au for free access to the electronic version and it's updated contents.

Printed Lab Book
• 33 ready-to-use student activities, including videos
• Access to up-to-date versions of the activities
• Instructions for video data analysis with Logger Pro
• Activities can be used in class, laboratory or as independent homework and do not require any laboratory equipment
• Essential instructor information including teaching tips, suggested answers, and sample analysis of videos
• Word-processing files of the student experiments so you can edit the files to match your teaching preferences
• A generous site licence­—buy one book and duplicate the experiments for your class
• One printed copy of the book

Electronic Version PVA-E
When you buy the electronic version of the lab book you receive all of the resources listed for the printed version
except a printed copy of the book.

Table of Contents:
1. Rolling Ball
2. Big and Small: How to Scale an Image
3. Velocity Change
4. Velocity and Speed
5. Velocity and Acceleration
6. Three Movies: Determining Constant Acceleration
7. Demon Drop: A Mathematical Modeling Activity
8. Jumping on the Moon
9. 2D Vectors: Pool Ball Displacement, Velocity and Speed
10. Galileo's Projectile I: Using 17th Century Techniques
11. Galileo's Projectile II: Using Contemporary Techniques
12. Projectile Motion Vectors
13. Frictional Slowing
14. Impulsive Juggling
15. Centre of Mass Motions
16. Finding a Spring Constant
17. Net Work - Kinetic Energy Theorem
18. Oscillations
19. Slinky Wave Speeds
20. Superposition of Slinky Waves
21. A Wave Pulse Equation
22. Doppler Effect: Surface Water Waves
23. Doppler Effect: Sound Waves
24. A Heat Engine: Relating Work to the P-V Cycle
25. Coulomb's Law for Two Charged Spheres
26. Discharge Rate
27. Electric Field Due to a Line of Charge
28. Resistance and Ohm's Law
29. Parallel Plate Capacitor: Potential Difference vs. Spacing
30. Wiring Capacitors in Series and Parallel
31. Using RC Decay to Determine Capacitance
32. Exploring Faraday's Law
33. Snell's Law of Refraction

Educational use only:
Vernier and Kidwind products are designed for educational use. They are not appropriate for industrial, medical or commercial applications. Details

Last edited 19th May 2023