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- energy
- 302_18_victorialeong_PT.mp4
- 302_18_victorialeong_PT.mov
- 302_18_victorialeong_ptmodel_info.html
- 302_18_victorialeong_ptmodel_thumbnail.png
- 302_18_victorialeong_ptmodel.trk~
- 302_18_victorialeong_ptmodel.trk

Credits

Author: video: victorialeong, model: lookang
Contact: This email address is being protected from spambots. You need JavaScript enabled to view it.

Tracker Propulsion and Projectile Model FAQ

What is the Tracker Propulsion and Projectile Model?

The Tracker Propulsion and Projectile Model is an interactive, educational resource designed to help students explore the principles of kinematics and dynamics. It utilizes the Tracker software, making it compatible with Windows, MacOSX, and Linux operating systems, including laptops and desktops.

What topics does the model cover?

The model focuses on two main physics topics:

• Kinematics: This branch of physics deals with the motion of objects, including concepts like displacement, velocity, and acceleration.
• Dynamics: This branch of physics delves into the forces that cause motion, incorporating concepts like Newton's Laws and energy conservation.

How is the model used in education?

The Tracker Propulsion and Projectile Model is intended for Junior College level physics courses. It provides a hands-on approach to learning, allowing students to analyze real-world videos of projectiles using Tracker software. Students can track the motion of the projectile, collect data on its position, velocity, and acceleration, and then use this data to understand the underlying physics.

What is Tracker software?

Tracker is a free video analysis and modeling tool used in physics education. It allows users to analyze the motion of objects by tracking their position over time in a video. This data can then be used to create graphs, calculate physical quantities like velocity and acceleration, and build models of the motion.

How does the model use Tracker?

The Tracker Propulsion and Projectile Model uses Tracker software to analyze videos of projectiles. Users can define a coordinate system, mark the projectile's position in each frame of the video, and let Tracker calculate the relevant kinematic data. This interactive process helps students visualize and understand projectile motion.

What are the benefits of using the Tracker Propulsion and Projectile Model?

The model offers several benefits for physics education:

• Visual learning: The visual nature of Tracker helps students grasp abstract physics concepts more easily.
• Data analysis skills: Students develop data analysis skills by working with real-world data.
• Interactive learning: The interactive nature of the model keeps students engaged and promotes deeper understanding.

What are some examples of other Tracker models available on the site?

The Open Educational Resources / Open Source Physics @ Singapore website offers a diverse collection of Tracker models, including:

• Tracker Projectile Bouncing Model
• Tracker bouncing ping pong model
• Tracker Ball Toss Up model
• Tracker Basketball Model left throw
• Tracker Ball Drop Tracker v4.84
• Tracker Ball Bounce Model
• Tracker Modeling in Light Damping in Shuttle Cock Compared to a Ball
• Tracker Toss Out Projectile Model

Where can I find more information and access the model?

You can find detailed information about the Tracker Propulsion and Projectile Model, including access to the model files, on the Open Educational Resources / Open Source Physics @ Singapore website