Name ____ Properties of Air Gr.6_. Properties of Air 1.Air exerts pressure. (ruler flip)

Slides:

Advertisements

Similar presentations

Properties of Solids and Fluids

Advertisements

Chapter 17 Review Properties of Matter.

Do NoW 1.ANSWER ANALYSIS QUESTIONS 1 AND 2 FROM THE PROPERTIES OF GASES LAB 2.IF TIME ALLOWS, BEGIN ANSWERING CLAIMS AND EVIDENCE QUESTION.

3 Types of Heat Transfer.

Properties of Fluids. Background Both air and water are examples of fluids. Any substance that flows and takes the shape of its container is considered.

Characteristics of “Air” “Air” is a general term for the gases that make up our atmosphere – 78% Nitrogen – 21% Oxygen “Air” has volume – it takes up.

Pressure in Gases (Ideal Gases) Objectives (a) state Boyle’s law.

Chapter 3: Forces & Fluids Review. How can you change the pressure on the ground when you are standing?  Stand on one foot (decrease area)  Change into.

Get out your science binder.

How is weather predicted? D18-23 V. Martinez 1. Meteorologist A meteorologist is a scientist who studies and measures weather conditions.

Bell work The temperature of boiling water is 100° on the Celsius scale and 212° on the Fahrenheit scale. Look at each of the following temperatures and.

Ch. 2 “Matter” 2.1: “What Is Matter?” 2.2: “Matter and Energy”

Properties of Air. Background Weather is affected by the unique properties of air. These properties include: Air has mass and volume Air expands to fill.

Three States of Matter Chapter 3 Section 1.

Chapter 4 States of Matter.

Air Pressure. State Variables Describe the “state” of the gas “Variable” means they can change Physicists use P, V, T, N and constant k Chemists use P,

Notes G. States of Matter

Explanation Gas pressure is caused by collisions of gas molecules on the wall of the container. The molecule collide with one other , with the walls of.

Density Making sure we KNOW what density is and how the density of air affects air pressure.

At ppt Air Pressure CH 15 Prentice Hall p

Solution to y11 q2 gases  (a)  At 20 o C V 1 =6000cm 3 P constant  At 70 o C V 2 =?  Use the combined gas equation with P canceling out 

Weather Instruments. Thermometer What does it do? What does it do? It measures the air temperature It measures the air temperature.

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

Properties of Air.

1. pg Gases have mass, easily compressed, fill containers, diffuse through each other, exert pressure. 3. Particles mean atoms or molecules. 4.

Gas Pressure L/O :- To understand what causes gas pressure.

Mullis1 Kinetic Molecular Theory Number of molecules Temp Volume Pressure Number of dancers Beat of music Size of room Number and force of collisions.

Ch. 8.3 Pressure in Fluids. Pressure pressure – the amount of force applied to a given area – air, just like water, is a fluid (any substance that flows)

Forces & Motion Forces. Forces are acting all around you. Forces are acting all around you. Objects, including you, are being pushed and pulled in different.

Particle motion in gases Animations help us understand how particles interact.

Understanding Gases §fill balloons §propel bullets §form the Earth’s atmosphere §are invisible §have the ability to expand and contract §are made of.

Chapter 16 States of Matter. Chapter 16: State of Matter Section 1: Kinetic Theory.

KINETIC THEORY OF MATTER. 3 STATES OF MATTER SOLID LIQUID GAS.

Temperature and Density Lesson 5. Resources -properties -properties.

The Nature of Gases Chemistry K. Culbertson. Gases Occupy Space All matter, including gases, have mass and occupy space Paper demo Balloon in a bottle.

Kinetic Model of Matter

Properties of Air Test Review. Name that Property! Q: Air is less dense than water because the molecules are more spread out. A: 1.It is a mixture of.

Pressure, Bernoulli’s Principle, Compressibility, and Pascal’s Law.

WEEK 4 PARTICLE NATURE OF MATTER. DEFINITI0N Matter is anything that has weight/mass and can occupy a space. Examples of matter are air we breath, table,

 ADIABATIC HEATING/COOLING A. Adiabatic temperature changes occur when 1. Air is compressed as pressure increases a. Motion of air molecules increases.

Air Pressure. Even thought air is invisible, it is made of molecules: 78% Nitrogen 21% Oxygen 1% Carbon Dioxide, Water vapor, Argon, and other gases.

Thermal Expansion and contraction

What a Drag! April 12, 2017.

Properties of the Atmosphere

Air We talk about “air” all of the time, but what really is it?

mass density temperature volume pressure

The Atmosphere’s Air Pressure Changes

What is Matter? 3.5B Describe and classify samples of matter as solids, liquids, and gases and demonstrate that solids have a definite shape and that.

An Inquiry Based Activity

Properties of Air Grade 6 Science Unit on Flight

Bell work The temperature of boiling water is 100° on the Celsius scale and 212° on the Fahrenheit scale. Look at each of the following temperatures and.

Fall 2013 Exam 1. b 9. a 16. b) N2 2. e 10. b molar mass = 28 g/mol

Chapter 19: The Atmosphere in Motion

Chapter 6 Newton’s First Law.

Temperature, altitude and density affect air pressure

AN EXPANDING SITUATION

Properties of Gases 2/1/02 Revised 3/20/08.

How do you know there is air?

Section 1 Changing Energy

Matter is anything that has mass and takes up space

Air Pressure and Weather

What is happening when you press on your friend's arm?

Ideal Gas Laws AKS 27b I can relate pressure and volume in Boyle’s law. AKS 27b I can relate temperature and volume in Charles’ law. AKS 27b I can relate.

Phases of Matter Overview Solid, liquid, gas (vapor) properties

Atmospheric Pressure.

4.2 How Does Heat Move?.

Notes #1: Gases WCHS Chemistry.

KINETIC MODEL OF MATTER

Presentation transcript:

Name ____ Properties of Air Gr.6_

Properties of Air 1.Air exerts pressure. (ruler flip)

Properties of Air 1.Air exerts pressure. (ruler flip) 2.Air takes up space. (Tappy in desk)

Properties of Air 1.Air exerts pressure. (ruler flip) 2.Air takes up space. (Tappy in desk) 3.Air has mass (balloon balance)

Properties of Air 1.Air exerts pressure. (ruler flip) 2.Air takes up space. (Tappy in desk) 3.Air has mass (balloon balance) 4.Air, when heated ______. 5.Air, when cooled _________.

Properties of Air 1.Air exerts pressure. (ruler flip) 2.Air takes up space. (Tappy in desk) 3.Air has mass (balloon balance) 4.Air, when heated expands and rises. (balloon on pop bottle) 5.Air, when cooled, shrinks and falls. (balloon on pop bottle)

Properties of Air 1.Air exerts pressure. (ruler flip) 2.Air takes up space. (Tappy in desk) 3.Air has mass (balloon balance) 4.Air, when heated expands and rises. (balloon on pop bottle) 5.Air, when cooled, shrinks and falls. (balloon on pop bottle) 6.Air molecules are always in ______. 7.Air has __________. 8.Air _______ ___ when being forced through a narrow opening. 9.Air, when ___________, can exert tremendous ___________!

Properties of Air 1.Air exerts pressure. (ruler flip) 2.Air takes up space. (Tappy in desk) 3.Air has mass (balloon balance) 4.Air, when heated expands and rises. (balloon on pop bottle) 5.Air, when cooled, shrinks and falls. (balloon on pop bottle) 6.Air molecules are always in motion. 7.Air has __________. 8.Air _______ ___ when being forced through a narrow opening. 9.Air, when ___________, can exert tremendous ___________!

Properties of Air 1.Air exerts pressure. (ruler flip) 2.Air takes up space. (Tappy in desk) 3.Air has mass (balloon balance) 4.Air, when heated expands and rises. (balloon on pop bottle) 5.Air, when cooled, shrinks and falls. (balloon on pop bottle) 6.Air molecules are always in motion. 7.Air has resistance. (ruler in bucket) 8.Air _______ ___ when being forced through a narrow opening. 9.Air, when ___________, can exert tremendous ___________!

Properties of Air 1.Air exerts pressure. (ruler flip) 2.Air takes up space. (Tappy in desk) 3.Air has mass (balloon balance) 4.Air, when heated expands and rises. (balloon on pop bottle) 5.Air, when cooled, shrinks and falls. (balloon on pop bottle) 6.Air molecules are always in motion. 7.Air has resistance. (ruler in bucket) 8.Air speeds up when being forced through a narrow opening. (Water down cookie tray) 9.Air, when ___________, can exert tremendous __________!

Properties of Air 1.Air exerts pressure. (ruler flip) 2.Air takes up space. (Tappy in desk) 3.Air has mass (balloon balance) 4.Air, when heated expands and rises. (balloon on pop bottle) 5.Air, when cooled, shrinks and falls. (balloon on pop bottle) 6.Air molecules are always in motion. 7.Air has resistance. (ruler in bucket) 8.Air speeds up when being forced through a narrow opening. (Water down cookie tray) 9.Air, when compressed, can exert tremendous pressure!