Скачать или смотреть Modeling a 2D Spring Mass System Using GlowScript

🎥 Modeling a 2D Spring-Mass System Using GlowScript | Physics Lab 4 Presentation
📅 PHYS 2211

In this video, I demonstrate how we modeled a real-world 2D spring-mass system using GlowScript and Tracker Video Analysis. From extracting motion data to simulating Newton's Second Law and Hooke’s Law in Python, we compare experimental data with predicted motion to see how close the physics holds up.

👨‍🔬 What You'll Learn:

How to use Tracker for motion analysis

How to clean and format .csv data for GlowScript

Implementing physics-based motion prediction in Python

Comparing simulation vs. experiment: position-vs-time graphs

"What if" scenarios and what deviations in data actually mean

📂 Resources & Tools Used:
• Tracker Video Analysis: https://physlets.org/tracker/
• GlowScript IDE: https://www.glowscript.org/
• Lab Manual (Lab 4)
• Python for numerical simulation

📌 Key Topics Covered:
✔ Newton's 2nd Law
✔ Hooke’s Law
✔ Euler’s Method for numerical integration
✔ Spring-mass dynamics
✔ Real vs. modeled motion comparison

📊 My Setup:
• Mass = 0.046 kg
• Spring constant k = 6.8751 N/m
• Rest length L₀ = 0.126975 m
• Simulation step: dt = 0.001 s
• Experimental data collected using Tracker

💬 Got questions or trying this lab yourself?
Drop a comment below and I’ll be happy to help!
📩 Or connect with me via GitHub or university channels.

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