Question: I need help with creating questions for my cornell notes. Questions that are related to Lesson 65- Take a Breath - Ideal Gas Law. Lesson

I need help with creating questions for my cornell notes.
Questions that are related to Lesson 65- Take a Breath - Ideal Gas Law.
 I need help with creating questions for my cornell notes. Questions

Lesson 65 - Take a Breath - Ideal Gas Law - PDF ? Take a Breath Ideal Gas Law LESSON 65 THINK ABOUT IT Climbing Mount Everest is extremely difficult without bringing along a tank of oxygen to help you breathe. As you climb higher and higher, the air pressure gets lower and lower. At 29,000 ft, on top of Mount Everest, the air pressure is only 0.33 atm. You might wonder how many oxygen molecules are available at this pressure. How can you calculate the number of moles of a gas if you know PV and T? To begin to answer this question, you will explore Pressure, Volume Temperature, and Number 9 The Ideal Gas Law EXPLORING THE TOPIC Pressure, Volume, Temperature, and Number Four variables describe gas samples pressure, volume, temperature, and number of moles of atoms or molecules. Any two variables can be related to each other mathematically if the other two are kept the same. You might begin to wonder if you can relate all four variables in a single equation. The combined gas law relates three of the variables pressure, volume, and temperature So far you've learned that at STP there is 1.0 mol of gas molecules in a volume of 22A liters for any gas sample

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