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Understanding Kinetic Molecular Theory: Properties of Ideal Gas Particles

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This article delves into the Kinetic Molecular Theory, which explains the behavior of ideal gas particles. It states that gas consists of tiny particles in constant motion, occupying space and exhibiting no attractive forces between them. The theory suggests that the temperature of gas is directly proportional to the average kinetic energy of its particles. Understanding these principles is essential for comprehending gas laws and the behavior of gases under various conditions.

Understanding Kinetic Molecular Theory: Properties of Ideal Gas Particles

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Physical Properties

Physical Properties. color melting point boiling point electrical conductivity specific heat density state (solid, liquid, or gas). Physical Change. Changes in physical properties melting boiling condensation No change occurs in the identity of the substance

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Physical properties

616 views • 22 slides

Physical Properties

Physical Properties. Examples: Color Shape Magnetism Boiling Point Melting Point Density Buoyancy. …can be observed without changing composition. Property. = a characteristic or a quality. Composition .

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Physical Properties

Physical Properties. Does it Matter?. What is matter?.

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I. Physical Properties

Gases. I. Physical Properties. Real vs. Ideal Gases:. Ideal gas = an imaginary gas that conforms perfectly to all the assumptions of the kinetic-molecular theory We will assume that the gases used for the gas law problems are ideal gases . Real Gases vs. Ideal Gases:.

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I. Physical Properties

Ch. 11 - Gases. I. Physical Properties. A. Kinetic Molecular Theory. Particles in an ideal gas… have no volume. have elastic collisions. are in constant, random, straight-line motion. don’t attract or repel each other. have an avg. KE directly related to Kelvin temperature.

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Physical Properties

Physical Properties. A property than can be observed, measured, or changed without changing the substance itself. Magnetism. Matter that contains iron or nickel will be attracted to a magnet. Not all metals are attracted to a magnet. Physical State.

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Physical Properties

Physical Properties. Conductivity and Magnetism. EQ: Which similarities can be used to classify substances on the basis of their conductivity and magnetic properties?. Bell Ringer PowerPoint with Cornell Notes Gizmo Snippet Brain Pop: Magnetism with Quiz Investigation Activities

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Physical Properties

Physical Properties. Can be observed using the 5 senses. Many can be measured. Examples of Physical Properties. Malleability- ability to be shaped by hammering or pressing Solubility- ability to dissolve Conductivity- ability to conduct thermal or electrical energy

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Physical Properties

Unit 5: Gases. Physical Properties. Standards. 4a. Students know the random motion of molecules and their collisions with a surface create the observable pressure on the surface 4b. Students know the random motion of molecules explains the diffusion of gases.

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I. Physical Properties

Ch. 12 - Gases. I. Physical Properties. A. Kinetic Molecular Theory. Particles in an ideal gas… have no volume. have elastic collisions. are in constant, random, straight-line motion. don’t attract or repel each other. have an avg. KE directly related to Kelvin temperature. B. Real Gases.

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I. Physical Properties

I. Physical Properties. A. Kinetic Molecular Theory. Particles in an ideal gas… have no volume. have elastic collisions. are in constant, random, straight-line motion. don’t attract or repel each other. have an avg. KE directly related to Kelvin temperature. C. Characteristics of Gases.

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I. Physical Properties

Gas Review. I. Physical Properties. A. Kinetic Molecular Theory. Particles in an ideal gas… have no volume. have elastic collisions. are in constant, random, straight-line motion. don’t attract or repel each other. have an avg. KE directly related to Kelvin temperature. B. Real Gases.

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I. Physical Properties

Ch. 12 - Gases. I. Physical Properties. A. Kinetic Molecular Theory. Particles in an ideal gas… have no volume have elastic collisions are in constant, random, straight-line motion don’t attract or repel each other have an avg. KE directly related to Kelvin temperature. B. Real Gases.

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I. Physical Properties

12.1- Gases. I. Physical Properties. A. Kinetic Molecular Theory. kinetic-molecular theory: (def) theory of the energy of particles and the forces that act between them; based on idea that particles of matter are always in motion Kinetic molecular theory describes the motion of an ideal gas.

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I. Physical Properties

Ch. 13 - Gases. I. Physical Properties. A. Kinetic Molecular Theory. Particles in an ideal gas… have no volume. have elastic collisions. are in constant, random, straight-line motion. don’t attract or repel each other. have an avg. KE directly related to Kelvin temperature. B. Real Gases.

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Physical Properties

Physical Properties. Colour. Is it black, white, red, etc. Texture. Fine, coarse, smooth, gritty. Odour. Ordourless, spicy, like stinky, shoes?. Lustre. Shiny, dull. Clarity. Clear, cloudy, transparent, opaque. Taste. Sweet, sour, bitter, salty. State. Solid, liquid or gas. Density.

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I. Physical Properties

Ch. 11 - Gases. I. Physical Properties. Kinetic Molecular Theory. Particles in an ideal gas… have no volume. have elastic collisions. are in constant, random, straight-line motion. don ’ t attract or repel each other. have an avg. KE directly related to Kelvin temperature. Real Gases.

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I. Physical Properties of gases

Gas laws. I. Physical Properties of gases. Characteristics of Gases. Gases expand to fill any container. random motion, no attraction Gases are fluids Gases have very low densities. C. Characteristics of Gases. Gases can be compressed. Gases undergo diffusion &amp; effusion. random motion.

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Physical Properties

Physical Properties &amp; Characteristic Properties vs Non-Characteristic properties TB: p. 175, 178-189. Physical Properties. These can be observed or measured without changing the make-up of the matter of the object These properties can be used to describe the object

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Physical Properties

Physical Properties. Physical Properties. Characteristics of a material that can be observed or measured without changing the composition of the substances in the material. Examples of Physical Properties. Viscosity Conductivity Malleability Hardness Melting point Boiling point Density.

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Physical Properties :

Physical Properties :. Jeopardy Review Game. Density. Size dependent. Size Independent. Math. Hodge/Podge. $1. $1. $1. $1. $1. $2. $2. $2. $2. $2. $5. $5. $5. $5. $5. $10. $10. $10. $10. $10. $20. $20. $20. $20. $20. Balloons rise because of this.

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