🔬 **Interactive Momentum Lab for High School Physics**

Transform your momentum unit with this engaging, interactive HTML lab! Students explore the fundamental question: "What remains constant in a collision?"

## ✨ What's Included:

🔹 **Interactive HTML Lab** (momentum_lab.html)

- 5 different collision experiments

- Real-time velocity and momentum calculations

- Visual data tables and analysis tools

- No software installation needed - runs in any browser

🔹 **Student Worksheet** (PDF)

- NGSS-aligned activities

- Guided inquiry questions

- Data analysis exercises

- 45-minute lesson plan included

🔹 **Teacher Guide** (PDF)

- Complete answer key

- Teaching tips and differentiation strategies

- Assessment rubric

- Extensions for advanced learners

🔹 **Answer Key** (PDF)

- All worksheet solutions

- Sample data and calculations

🔹 **README.txt**

- Quick start guide

- Technical requirements

- Troubleshooting tips

## 🎯 Learning Objectives:

By the end of this lab, students will be able to:

- Define momentum and calculate it using p = mv

- Investigate momentum conservation in collisions

- Analyze collision data to identify invariants

- Apply the scientific method through guided inquiry

## 📚 Standards Alignment:

✅ **NGSS HS-PS2-2**: Use mathematical representations to support the claim that the total momentum of a system is conserved

✅ **NGSS Science Practices**: Asking questions, Analyzing data, Using mathematics

✅ **AP Physics 1**: Unit 5 - Momentum

## 💻 Technical Requirements:

- Any modern web browser (Chrome, Firefox, Safari, Edge)

- No installation required

- Works offline after download

- Compatible with all devices (desktop, laptop, tablet)

## 🎓 Perfect For:

- High school physics (Grades 9-12)

- AP Physics 1

- Distance learning

- In-class lab activities

- Flipped classroom

- Homeschool physics curriculum

## 📥 What You'll Receive:

1. momentum_lab.html - Interactive lab simulation

2. mathjax-tex-svg.js - Math rendering library

3. Student_Worksheet.pdf - Printable worksheet

4. Teacher_Guide.pdf - Complete teaching guide

5. Answer_Key.pdf - All solutions

6. README.txt - Instructions

## 🌟 Why Choose This Resource?

✅ **Interactive & Engaging**: Hands-on virtual lab keeps students engaged

✅ **Ready to Use**: No prep needed - just open and go

✅ **NGSS Aligned**: Meets Next Generation Science Standards

✅ **Flexible**: Works for in-person, hybrid, or distance learning

✅ **Self-Contained**: No internet needed after download

## 🔬 Key Concepts Covered:

1. Why momentum is needed as a new physical quantity

2. Definition of momentum (p = mv)

3. Conservation of momentum in all collisions

4. Difference between momentum and kinetic energy

5. Three types of collisions (elastic, inelastic, partially inelastic)

## 💡 Teaching Tips:

**Before the lab:**

- Ask students: "In a collision, what quantities stay the same?"

- Most will guess "kinetic energy" or "velocity"

- Let them discover the truth through the lab!

**During the lab:**

- Have students test all three collision types

- Encourage them to calculate both kinetic energy AND momentum

- Guide them to discover that only momentum is conserved

**After the lab:**

- Discuss why momentum is more fundamental in collision problems

- Connect to real-world examples (car crashes, sports)

**Created by a physics teacher, for physics teachers!** 🚀

---

⭐ **Follow my store for more interactive physics labs!**