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🎈 What happens to a gas when you squeeze it or pull it apart?

Welcome to this fun and easy explanation of Boyle’s Law, a key part of the gas laws in chemistry!

In this video, we break down how pressure and volume of a gas are related when temperature stays constant—with real-life examples, formulas, and practice questions! 🧪

📚 You’ll learn:

What Boyle’s Law is and how it works

How pressure and volume are inversely related

The Boyle’s Law formula: P₁V₁ = P₂V₂

How to solve real-life gas law problems step-by-step

🎯 Perfect for:

Chemistry students

Homeschoolers & science teachers

Quick revision for tests or class

Anyone who loves clear and fun science learning

💡 Real-life applications:

Squeezing balloons 🎈

Using a syringe 💉

Inflating a tire or ball with a pump 🏀

🔍 Practice Questions Included:

If gas volume is 6.0 L at 1 atm, what’s the volume at 3 atm?

A gas at 5.0 L and 2 atm is compressed to 4 atm. What’s the new volume?

✅ Watch now and master Boyle’s Law with ease!

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