'3 atm' diaporamas de présentation

Gases CHAPTER 10

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BEHAVIOR OF GASES

BEHAVIOR OF GASES. Gases have weight Gases take up space Gases exert pressure Gases fill their containers. Gases doing all of these things!. Kinetic Theory of Gases The basic assumptions of the kinetic molecular theory are:. Gases are mostly empty space

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BEHAVIOR OF GASES

BEHAVIOR OF GASES. Gases have weight Gases take up space Gases exert pressure Gases fill their containers. Gases doing all of these things!. Kinetic Theory of Gases The basic assumptions of the kinetic molecular theory are:. Gases are mostly empty space

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Chapter 18

Chapter 18. Virtual Circuit Switching: Frame Relay and ATM. 18.1 Virtual Circuit Switching. Global Addressing. Virtual Circuit Identifier. Three Phases. Data Transfer Phase. Setup Phase. Teardown Phase. Figure 18.1 Virtual circuit wide area network. Figure 18.2 VCI.

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Gas Law Review

Gas Law Review. Objective/Warm-Up. SWBAT identify and solve gas laws. http://www.quia.com/mc/1921204.html. If temperature goes up, then pressure goes___________. Up. If volume is decreased, then the pressure ____________ Increases.

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Entry Task: April 16 th Monday

Entry Task: April 16 th Monday. QUESTION: P= 30 atm V= 50 L T= 293K R= 0.0821 n= X Solve for the number of moles (n). Agenda. Go over Combined and Ideal ws HW: Pre-Lab Proving gas law. Provide the equation for the combined gas law. P 1 V 1 = P 2 V 2. T 1. T 2.

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Gas Laws Review

Gas Laws Review. A Station to Station Activity. Adventures of Milkman Dan Essential Vocabulary: Imploded: A condition of internal collapse caused by an imbalance of pressure. Too much external pressure and insufficient internal pressure cause this condition.

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Chapter 10 Gases

Chapter 10 Gases. 1.6. m. x ________. s 2. 10.2 Pressure. Force = mass x acceleration

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Kinetic Molecular Theory and Gas Laws Day 1

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Ideal Gas Law & Gas Stoichiometry

PV = nRT. R = 0.0821 L ?atm/mol?K = 8.315 dm 3 ?kPa/mol?K. Ideal Gas Law & Gas Stoichiometry. 1) Work out each problem on scratch paper. 2) Click ANSWER to check your answer. 3) Click NEXT to go on to the next problem. CLICK TO START. QUESTION #1.

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4.0% H 2 in air, 1 atm

Structure of Flame Balls At Low Lewis-number (SOFBALL): Movies from the STS-83 & STS-94 Space Flight Experiments. 4.0% H 2 in air, 1 atm. 3.85% H 2 in air, 1 atm (lo quality). 3.70% H 2 in air, 1 atm. 3.70% H 2 in air, 1 atm. 3.57% H 2 in air, 1 atm.

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Charles's law

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Chapter 11B Gases

Chapter 11B Gases. West Valley High School General Chemistry Mr. Mata. Standard 4e. Students will know how to calculate gas laws using pressure, temperature, volume, and number of moles. Essential Question.

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Kinetic Molecular Theory and Gas Laws Day 1

Kinetic Molecular Theory and Gas Laws Day 1.

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Aim: How is the pressure exerted by a mixture of gases different from the pressure of one gas?

DO NOW: A student fills 2 identical balloons at STP with nitrogen and oxygen gases separately. Which balloon has more molecules? The oxygen above is then cooled to 135K. What pressure is exerted by the oxygen?.

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Converting Units of Pressure

Converting Units of Pressure. In order to convert pressure you will need to know the following conversion factors. 1 ATM = 760 mm Hg = 101.3 kPa = 101,300 pa. Using these values you can create a total of 6 different conversion factors.

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Basic Gas Laws (Combined and Partial Pressures Laws)

Basic Gas Laws (Combined and Partial Pressures Laws). Steps for Solving ANY Gas Law Problem:

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Automatic, Self-Winding Koa Watch Sets The New Standard

The biggest development in precision timepieces comes from the middle of the Pacific Ocean in Honolulu Hawaii. Local Hawaii company Martin

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Ideal Gas Law

Ideal Gas Law. PV = k 1 V = k 2 T V = k 3 n PV = (k 1 k 2 k 3 )nT PV = nRT. Ideal Gas Constant. Example How many moles of gas would be in a 500. mL bottle at 2.3 atm and 295 K? PV=nRT (2.3 atm)(0.500 L) = n(0.0821 )(295 K) n = 0.047 mol.

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