'Gas behavior' presentation slideshows

Gas Pressure

Gas Pressure. Air Pressure. Pressure Units. Units of pressure: atmosphere (atm) Pa (N/m 2 , 101,325 Pa = 1 atm) Torr (760 Torr = 1 atm) bar (1.01325 bar = 1 atm) mm Hg (760 mm Hg = 1 atm) lb/in 2 (14.696 lb/in 2 = 1 atm) in Hg (29.921 in Hg = 1 atm).

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States of Matter

States of Matter. Preview. Section 1 Three States of Matter Section 2 Behavior of Gases Section 3 Changes of State. Concept Mapping. Section 1 Three States of Matter. Bellringer.

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Table of Contents

Table of Contents. States of Matter Changes of State Gas Behavior Graphing Gas Behavior. - States of Matter. Solids. A fixed, closely packed arrangement of particles causes a solid to have a definite shape and volume.

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Gas Law and Gas Behavior

Gas Law and Gas Behavior. Meyer 2014 Ch. 12 and 13. Characteristics of Gases. Gases are highly compressible and occupy the full volume of their containers. Gases exert pressure, P = F/A (force/area). Gases always form homogeneous mixtures with other gases.

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Table of Contents

Table of Contents. States of Matter Changes of State Gas Behavior Graphing Gas Behavior. - States of Matter. Solids. A fixed, closely packed arrangement of particles causes a solid to have a definite shape and volume.

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CHAPTER

11. CHAPTER. Thermodynamic Property Relations. 11-1. Geometric Representation of Partial Derivation ( z/ x ) y. (Fig. 11-4). 11-2. Geometric Representation of Total Derivation dz for a function z ( x,y ). (Fig. 11-8) . 11-3.

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Gas Behavior

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EARLY SCIENTISTS

EARLY SCIENTISTS. Early scientists did not know about the three states of matter so they believed that all elements were made from earth, air, fire and water. TODAY SCIENTISTS KNOW!. There are four states of matter. Solid Liquid Gas Plasma. GAS. A gas has no definite shape .

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Che 113 Chapter 5

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Ideal Gas Law

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

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Unit 4 Section A.15-A.16

Unit 4 Section A.15-A.16. In which you will learn about: Ideal gases Real gases. A.15 Non-ideal Gas Behavior. All gas relationships considered up to now have related to ideal gases . An ideal gas is a gas sample that behaves under all conditions as the kinetic molecular theory predicts

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