Heating and Cooling Explained By The Particle Model. Notes: Part 2/4
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1 Heating and Cooling Explained By The Particle Model Notes: Part 2/4
2 Particles are the building blocks of all things. What are Particles? Some people call them molecules. Particles are NOT alive. How many particles do you think join together to make 1 single drop of water? It is awfully crowded in here! There are more particles clinging together in a drop of water than the amount of humans that ever existed.
3 Click the Image Below To See Particles
4 Particles in a Solid The particles in a solid are in close contact. They vibrate in 1 spot. They hold each other tightly. Tiny spaces exist between them. View full screen to see animations
5 Particles in a Liquid The particles in a liquid vibrate. They also slide and rotate around each other. Do liquid particles have more energy or less energy than the particles in a solid? View full screen to see animations
6 Particles in a Gas The particles in a gas stay far apart. They move with high energy. They collide and bounce off each other like popcorn kernels in the popcorn machine. They vibrate, rotate, and move freely. View full screen to see animations Do gas particles have more energy or less energy than the particles in a liquid?
7 The Particle Theory 2600 years ago, Greek Philosophers held a meeting to decide once and for all that everything was made of tiny particles called atoms. Hi, I m John. Many other Philosophers disagreed with them. They argued endlessly. 100 years ago, John Dalton proved that these tiny particles did in fact exist. He also discovered some very interesting facts about particles.
8 Particle Theory (memorize this) 1. All Substances are made of tiny microscopic particles that are attracted to each other. Click images to see simulation. 2. Particles always have spaces in between them (Even in solids) 3. Particles are always moving. They never stop moving. 4. Particles move faster when heated. They move slower when cooled. Particles gain *kinetic energy when heated and Lose *Kinetic Energy When cooled. *Kinetic energy is energy of motion.
9 What is Temperature? Temperature is the average speed of the particles in a substance. High Temperature means Faster Particle Speed (high kinetic energy). Lower Temperatures means Slower Particle Speed (lower kinetic energy) Temperature is measured in degrees Celsius, degrees Fahrenheit, and in Kelvin (Only Scientists use Kelvin)
10 Heat is NOT the speed of the particles. What is Heat? Heat is the TOTAL ENERGY of all of the particles combined. Heat is measured in Joules (J).
11 Heat vs Temperature Energy depends on how much of something you have. For example you can have 50 crazy people in a room (high energy) or 1 crazy person in a room (lower energy).
12 Heat vs Temperature You can have a high temperature (fast) with low heat (not much TOTAL energy). Ex. 1 drop of boiling water. You can have a high temperature (fast) with high heat (Lots of TOTAL energy). Ex. A bucket of boiling water.
13
14 How Does Heat Move? Heat can move in 3 different ways 1.Conduction 2.Convection 3.Radiation
15 1.Conduction (Be in PP slideshow mode to see animations) Heat spreads through collisions! Occurs mainly in solids, especially metals. One particle gets hot, gains kinetic energy, and starts to move faster. Then it collides hard with the particles next to it causing it to move faster. This collision spreads from particle to particle like a chain reaction. Think dominoes.
16 2. Convection Convection spreads heat only through liquids and gases.not SOLIDS. Hot particles rise. Cold particles fall. The air in a room is heated through convection. Lava lamps work because of convection. Why are these liquid bubbles falling? Why are these liquid bubbles rising? Water boiling in a pot undergoes convection.
17 2. Convection Convection creates air movement and that creates wind. Voila! Heat is moved!
18 2. Convection How much more air flow will this forest fire Create compared to the candle? What kinds of winds will this fire generate?
19 Why don t these liquids mix?
20 Radiation sends its heat in WAVES at the speed of light. No particles needed. 3. Radiation In space, there are no particles. That is a problem, because what is going to pass the heat from the sun to the earth? Welcome to Radiation! Radiation (also called electromagnetic Radiation EMR) is a type of heat that does not need any particles to spread the heat around.
21 Materials Can Absorb Radiation Black Materials love to absorb radiation. Black shirts heat up in the sun. White Materials love to reflect radiation. White shirts stay cool in the sun. Radiation Shiny colors love to reflect radiation. Me So Shiny Dull colors love to absorb radiation. Me so Cool!
22 Materials Can Absorb Radiation Coolest 3 rd Hottest Hottest 2 nd Hottest These 4 cans are exposed to the same amount of heat. After 10 minutes, their temperature Was recorded. Use your wisdom to rank them in order from hottest to coldest.
23 Phase Changes *Key Wisdom: You must memorize and understand this cycle.
24 Phase Changes Tip: Freezing and melting temperatures are always the same. Boiling and Condensation temperatures are always the same. What temperature does oxygen boil at? What temperature does water boil at? What temperature does gold boil at? What temperature does oxygen condense at? What temperature does water condense at? What temperature does gold condense at?
25 Phase Changes Tip: Freezing and melting temperatures are always the same. Boiling and Condensation temperatures are always the same. What temperature does oxygen melt at? What temperature does water melt at? What temperature does gold melt at? What temperature does oxygen freeze at? What temperature does water freeze at? What temperature does gold freeze at?
26 Phase Changes
27 Evaporation Is So Cool!
28 Evaporation Is So Cool! Haha Get it? When liquids evaporate off of your skin, that liquid will instantly cool you down. Warm, or even hot water will cool you down when you step out of the shower or hot tub. Why? Because the fast water molecules jump into the air (evaporate) leaving the slow ones behind. Slow particles are low energy and are hungry for your b.heat. Slow particles feel cold because they absorb body heat from you. Why did you leave me you fast water particles. Th-ththem slow particles s-sstealin m-my heat. The longer you are wet, the more heat the liquid will suck out of you, and the colder you will get. *Hypothermia
29 Why do you think we sweat? Evaporation Is So Cool! Haha Get it?
30
31 Thermal Expansion and Contraction
32 What happened? Expand: To get larger. Contract: To get smaller. Thermal Expansion & Contraction As a kid, I left my basketball outside in the middle of winter. In the morning, when I went out to get it, the ball had shrunk and it was flat. There were no leaks. The same amount of air was inside the ball.
33 It was Thermal Expansion and Thermal Contraction! Thermal Expansion & Contraction When I took the ball inside, it became round and tight again. outside inside Was it magic? No, it was science.
34 Thermal Expansion & Contraction When particles LOSE kinetic energy from the cold, they slow down and CONTRACT by coming closer together. Think of penguins huddling when they are cold. When particles GAIN kinetic energy from the heat, they speed up and EXPAND by moving away from each other. Think crazy people on the beach when it s hot.
35 Thermal Expansion & Contraction
36 Thermal Expansion & Contraction
37 Thermal Expansion & Contraction A thermometer is just a liquid (alcohol) inside of a tube. When it gets hot, the liquid heats up and expands, stretching upwards in the tube. When it gets cold, the liquid cools and contracts, causing it to shorten down the tube.
38 Expansion & Contraction What is causing this balloon to inflate?
39 Expansion Joints Whenever you are joining two pieces of railroad, sidewalk and anything made of metal, it is important to leave a space in between them. Why? Because of thermal expansion and contraction.
40 Expansion Joints Here is what would happen if there was NOT enough space between the sheets of concrete or metal.
41 Expansion Joints Here is what would happen if there WAS enough space between the sheets of concrete or metal.
42 Stay in School, Kids!
43 Epic Disasters No Expansion Joints
44 Epic Disaster No Expansion Joints The steel beams were joined too closely together. In the summer they expanded into each other causing them to buckle. Today, bridge segments are connected using expansion joints. This gives the Metal segments Enough space To expand and contract without touching each other.
45 Expansion & Contraction Why do they leave spaces in between sidewalk segments?
46 Expansion & Contraction Why do these cables hang in the summer? What will happen to them in the winter?
47 Graphs **Volume: The amount of space an object takes up. ** What information do these graphs tell us? Which graph shows us an object heating up? How do you know?
48
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3.3 Phase Changes Charactaristics of Phase Changes phase change
A large iceberg contains enough fresh water to supply millions of people with water for a year. As it moves into warmer areas, the ice changes to liquid water and eventually disappears. What happens when
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Performance script for sixth graders By Thomas Kuo and Kimberly Kline LEAPS Fellows, University of California, Santa Barbara
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The lower the energy of a substance, the interaction between its atoms and molecules.
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