Presentation is loading. Please wait.

Presentation is loading. Please wait.

Chemistry 1010 Air. Did We Go To The Moon Or Not? We Never Went To The Moon -Book by Bill Kaysing.

Published by Modified over 9 years ago

Similar presentations

Presentation on theme: "Chemistry 1010 Air. Did We Go To The Moon Or Not? We Never Went To The Moon -Book by Bill Kaysing."— Presentation transcript:

1 Chemistry 1010 Air

2 Did We Go To The Moon Or Not? We Never Went To The Moon -Book by Bill Kaysing

3 Nerve Agents Sarin From Yahoo Images

4 Kinetic Molecular Theory of Gases Gases molecules are moving in strait lines, randomly, and with various speeds Higher the temperature, the faster the gas particles move The gas molecules collide with each other without loosing any kinetic energy – like billiard balls Gas molecules take up very little space in their containers Gas molecules have no attraction between themselves The collisions against the sides of the container create pressure

5 How Fast Do Gas Molecules Move? 1 meter per second equals 2.2 miles per hour

6 Now Wait a Minute – This doesn’t make sense!!!! From Yahoo Images

7 Pheromones Page 322

8 What is air pressure? It is the combined force that gas molecules exert against the side of a container

9 Measuring Air Pressure barometer

Download ppt "Chemistry 1010 Air. Did We Go To The Moon Or Not? We Never Went To The Moon -Book by Bill Kaysing."

Similar presentations

Kinetic Molecular Theory

Kinetic Molecular Theory
The Nature of Gases Objectives: 1. Describe the nature of gases and recognize that gases have mass, can be compressed, exert pressure, occupy the space.

The Nature of Gases Objectives: 1. Describe the nature of gases and recognize that gases have mass, can be compressed, exert pressure, occupy the space.
15 12.6 Dalton’s Law of Partial Pressure In mixtures of gases each component gas behaves independently of the other(s). John Dalton (remember him from.

Dalton’s Law of Partial Pressure In mixtures of gases each component gas behaves independently of the other(s). John Dalton (remember him from.
15 12.6 Skip 12.7 Laws and Models Laws, such as the ideal gas law, predict how a gas will behave, but not why it behaves so. A model (theory) explains.

Skip 12.7 Laws and Models Laws, such as the ideal gas law, predict how a gas will behave, but not why it behaves so. A model (theory) explains.
Kinetic Molecular Theory of Gases Gases consist of molecules that are constantly moving through space in strait lines, randomly, and with various speeds.

Kinetic Molecular Theory of Gases Gases consist of molecules that are constantly moving through space in strait lines, randomly, and with various speeds.
Main Points All matter is made up of invisible particles Particles have spaces between them Particles are moving all the time Particles move faster when.

Main Points All matter is made up of invisible particles Particles have spaces between them Particles are moving all the time Particles move faster when.
Kinetic Molecular Theory of Gases Gases consist of molecules that are constantly moving through space in strait lines, randomly, and with various speeds.

Kinetic Molecular Theory of Gases Gases consist of molecules that are constantly moving through space in strait lines, randomly, and with various speeds.
Chapter 13 States of Matter

Chapter 13 States of Matter
12.6 Dalton’s Law of Partial Pressure

12.6 Dalton’s Law of Partial Pressure
Ch. 13 States of Matter Ch. 13.1 The Nature of Gases.

Ch. 13 States of Matter Ch The Nature of Gases.
 States of Matter  Solid  Particles close together  May only vibrate  Liquid  Particles not as close together  Particles may move past each other,

 States of Matter  Solid  Particles close together  May only vibrate  Liquid  Particles not as close together  Particles may move past each other,
The Property of Gases – Kinetic Molecular Theory And Pressure.

The Property of Gases – Kinetic Molecular Theory And Pressure.
Warm-Up At 20 o C, molecules in the air move over 1000 mph. At this speed, the smell of pizza made in LA should reach our school in about 30 minutes. Why.

Warm-Up At 20 o C, molecules in the air move over 1000 mph. At this speed, the smell of pizza made in LA should reach our school in about 30 minutes. Why.
THE NATURE OF GASES SECTION 10.1 After reading Section 10.1, you should know: the three assumptions of the kinetic theory how to convert pressure readings.

THE NATURE OF GASES SECTION 10.1 After reading Section 10.1, you should know: the three assumptions of the kinetic theory how to convert pressure readings.
Nature of Gases 1 – gases have mass (low density) 2 – particles glide past one another (flow) - fluid 3 – easily compressed 4 – fill containers completely.

Nature of Gases 1 – gases have mass (low density) 2 – particles glide past one another (flow) - fluid 3 – easily compressed 4 – fill containers completely.
Chapter 9: Gases: Their Properties and Behavior

Chapter 9: Gases: Their Properties and Behavior
Gases and Their Properties CH 11. Areas to Explore  Gas Particles and Motion Gas Particles and Motion  Gas Variables Gas Variables  Manipulating Variables.

Gases and Their Properties CH 11. Areas to Explore  Gas Particles and Motion Gas Particles and Motion  Gas Variables Gas Variables  Manipulating Variables.
Gases. Characteristics of Gases Gases are fluids Gases are fluids –In other words, they can flow. Gases have low density Gases have low density –Most.

Gases. Characteristics of Gases Gases are fluids Gases are fluids –In other words, they can flow. Gases have low density Gases have low density –Most.
January 15 Agenda Do Now (10 mins) Pressure vs. Temperature (20 mins) Pressure Quick Demo (5 mins) Discuss Lab Tomorrow (15 mins) Exit Question (5 mins)

January 15 Agenda Do Now (10 mins) Pressure vs. Temperature (20 mins) Pressure Quick Demo (5 mins) Discuss Lab Tomorrow (15 mins) Exit Question (5 mins)
Kinetic Molecular Theory. What do we assume about the behavior of an ideal gas?   Gas molecules are in constant, random motion and when they collide.

Kinetic Molecular Theory. What do we assume about the behavior of an ideal gas?   Gas molecules are in constant, random motion and when they collide.

Similar presentations

Ads by Google