1. 1. What is geology? Geology-The study of Earth processes and materials Today’s Standard: 3.13.1 - The student will describe the characteristics of the layers of the earth.

2.  Friday we took our Third test in here, ◦ If you passed the test with a 60% or higher you have the OPTION to redo the problems you got wrong BUT ◦ If you got a 59% or below you MUST redo your test by Wednesday or stay afterschool with me Wednesday. As well as you must have a parent sign your test  Let’s go over how to redo tests in here  On the back wall I updated your grades so you can see what you are now getting in science with this test score in the computer

3.  If you were absent Friday you need to make up the test.  If you were absent Friday you need the packet which is due this Friday.

4. DateTitlePage # DateTitlePage # 09/21/15What is Science?1 09/25/15Scientific Methods Flip book2 09/28/15What are variables3 09/30/15Controls and Variables4 10/01/15Penny Drops Lab5

5. DateTitlePage # 10/05/15Geology Notes1

6.  Geology-The study of Earth processes and materials ◦ Materials are rocks ex. Basalt, Granite, Iron and Nickle  Nebula Theory-the whirlwind formation of our solar system and all other star systems in the universe.

7.  https://www.youtube.com/watch?v=PL3YNQ K960Y https://www.youtube.com/watch?v=PL3YNQ K960Y

8. Answer: The Earth is about 4.54 Billion Years Old (And the layers formed earlier that that!)

9.  Let’s imagine a time line from one corner of our classroom to the other, one corner being the beginning of our planet forming and the other corner being present day.  Where would dinosaurs fall?  Were would human’s fall?  How young does that make us as a race feel?

10.  Have humans been around all that long when we think about how old our planet is?

11. 1. What is nebula theory? 2. How old is our planet? 3. Have humans been around all that long when we think about how old our planet is? Today’s Standard: 3.23.2 - The student will describe three types of heat transfer: conduction, convection, and radiation.

12.  Friday we took our Third test in here, ◦ If you passed the test with a 60% or higher you have the OPTION to redo the problems you got wrong BUT ◦ If you got a 59% or below you MUST redo your test by Wednesday or stay afterschool with me Wednesday. As well as you must have a parent sign your test  Let’s go over how to redo tests in here  On the back wall I updated your grades so you can see what you are now getting in science with this test score in the computer

13.  We turned in our notebooks yesterday you need to turn yours in  Blue packets due Thursday  Don’t forget if you have detention today after school with me

14.  https://www.youtube.com/watch?v=JopyNV5 mVac&list=PLpQ6JeVr6eHODeQy61weEBnp37 7MfhnCd https://www.youtube.com/watch?v=JopyNV5 mVac&list=PLpQ6JeVr6eHODeQy61weEBnp37 7MfhnCd  Students will answer questions when watching the video  We will go over answers as a class

15.  What types of heat transfer were discussed in the video today?

16. 1. Do you think our planet is made up of solids, liquids or gas? 2. Is our planet the same as we travel down from the surface to the center? 3. Have you ever heard of radiation before, if so what is it? Today’s Standard: 3.23.2 - The student will describe three types of heat transfer: conduction, convection, and radiation.

17.  Friday we took our Third test in here, ◦ If you passed the test with a 60% or higher you have the OPTION to redo the problems you got wrong BUT ◦ If you got a 59% or below you MUST redo your test by Wednesday or stay afterschool with me Wednesday. As well as you must have a parent sign your test  Let’s go over how to redo tests in here  On the back wall I updated your grades so you can see what you are now getting in science with this test score in the computer

18.  Tomorrow your blue packets are due

19. Heat can be transferred 3 different ways ! Radiation Conduction Convection

20.  Energy transferred in the form of rays or waves or particles.

21.  Transfer of heat through direct contact. (this is why we use a pot holder when we cook otherwise conduction heat would burn us!)

22.  The transfer of energy in a liquid or gas.

23.  Everything has particles in it, we are filled with particles!  Let’s have 5 students stand at the front of the room and you each are going to pretend you are a particle. ◦ Let’s pretend it is VERY HOT in here how close are you going to want to stand to each other? ◦ Let’s pretend it is VERY COLD in here how close are you going to want to stand to each other? ◦ Let’s look at the ground and look at 8 tiles, let’s get hot what are going to do, how many students are on the 8 tiles ◦ Now it’s cold, how many of you are on the 8 tiles. ◦ COLD AIR WEIGHS MORE SINCE THERE ARE MORE MOLECULES TAKING UP THE SAME SPACE

24. Answer the following questions in your notes: ◦ What takes up more space hot air or cold air? ◦ Why? ◦ In this classroom where is the air warmer? ◦ Why?

25.  What is the difference between conduction, convection and radiation heat?

26. 1. Explain what radiation heat is. 2. Explain what conduction heat is. 3. Explain what convection heat is. Today’s Standard: 3.23.2 - The student will describe three types of heat transfer: conduction, convection, and radiation.

27.  Today you are handing in your blue packets

28. DateTitlePage # 10/05/15Geology Notes1 10/08/15Understand Heat Transfer2

29. Type of heat Transfer Definition Transfer Medium Example Radiation Conduction Convection

30. Type of heat Transfer Definition Transfer Medium Example Radiation Radiation Waves Conduction Convection

31. Type of heat Transfer Definition Transfer Medium Example Radiation Radiation Waves Gases Empty space Conduction Convection

32. Type of heat Transfer Definition Transfer Medium Example Radiation Radiation Waves Gases Empty space Heat from the sun or fire Conduction Convection

33. Type of heat Transfer Definition Transfer Medium Example Radiation Radiation Waves Gases Empty space Heat from the sun or fire Conduction Direct Contact Touch Convection

34. Type of heat Transfer Definition Transfer Medium Example Radiation Radiation Waves Gases Empty space Heat from the sun or fire Conduction Direct Contact Touch Solids Liquids Gases Convection

35. Type of heat Transfer Definition Transfer Medium Example Radiation Radiation Waves Gases Empty space Heat from the sun or fire Conduction Direct Contact Touch Solids Liquids Gases Cooking eggs in a frying pan Convection

36.  What happens to hot air molecules?  What happens to cold air molecules?  Let me prove it to you with a soda bottle and a balloon

37. Type of heat Transfer Definition Transfer Medium Example Radiation Radiation Waves Gases Empty space Heat from the sun or fire Conduction Direct Contact Touch Solids Liquids Gases Cooking eggs in a frying pan Convection Convection Current

38. Type of heat Transfer Definition Transfer Medium Example Radiation Radiation Waves Gases Empty space Heat from the sun or fire Conduction Direct Contact Touch Solids Liquids Gases Cooking eggs in a frying pan Convection Convection Current Liquids Gases

39. Type of heat Transfer Definition Transfer Medium Example Radiation Radiation Waves Gases Empty space Heat from the sun or fire Conduction Direct Contact Touch Solids Liquids Gases Cooking eggs in a frying pan Convection Convection Current Liquids Gases Warming a room or a pool

55. DateTitlePage # 10/05/15Geology Notes1 10/08/15Understand Heat Transfer2 10/08/15Layers of the Earth Foldable3

57.  Explain the difference between conduction, convection and radiation heat.

58. 1. Why do you think some people refer to an egg as a symbol similar to the Earth? 2. How many layers do you think our planet has? Today’s Standard: 3.13.1 - The student will describe the characteristics of the layers of the earth. 3.23.2 - The student will describe three types of heat transfer: conduction, convection, and radiation.

60.  Today you are taking a quiz on the types of heat transfer we learned this week  We are going to finish our foldable from yesterday