'Ideal gas law problems' presentation slideshows

Gas Laws: Introduction At the conclusion of our time together, you should be able to:

Gas Laws: Introduction At the conclusion of our time together, you should be able to:. List 5 properties of gases Identify the various parts of the kinetic molecular theory Define pressure Convert pressure into 3 different units Define temperature Convert a temperature to Kelvin.

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Unit 6: Gases & The Kinetic Molecular Theory

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Gases

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Ch. 10 Gases

Ch. 10 Gases. Characteristics of Gases. Gases expand to fill any container. random motion, no attraction Gases are fluids (like liquids). no attraction Gases have very low densities. no volume = lots of empty space. Characteristics of Gases. Gases can be compressed.

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Behavior of Gases

Behavior of Gases. Chapter 10 & 12. Laws versus Theories. Scientific Law A law is a statement that describes actions or a set of actions that occurs consistently. Example : Law of Conservation of Mass Scientific Theory

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Gases Chapter 10/11 Modern Chemistry

Gases Chapter 10/11 Modern Chemistry. Sections 10.1, 11.1-11.3 The Kinetic Molecular Theory of Matter Gases and Pressure The Gas Laws Gas Volumes and the Ideal Gas Law. Section 11.3. Gas Volumes and the Ideal Gas Law. Comparing Gas Volumes. p. 380. Law of Combining Volumes.

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I. Physical Properties

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II. Ideal Gas Law

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The Mole

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Gases, cont. (and finished!)

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Ideal Gas Law

Ideal Gas Law. Ideal Gas Law. For every problem we have done, we also could have used the ideal gas law. On the test you will have to do a couple of problems with the combined gas law, some with the ideal gas law and then you will be able to choose which you want to use.

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Do Now

Do Now. Complete the do now problems on your handout. Even if you do not know, you need to take a guess. Do now answers. 3458 torr 990.3 mmHg 55600 mL (Use 1L = 1000 mL as a conversion factor) 2.275 moles of He (Use molar mass as conversion factor)

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III. Ideal Gas Law (p. 334-335, 340-346)

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