1. Unit1: Matter Focus: Atoms, Elements, Compounds Day 25: 10/4/17
If you are re-quizzing, you need a clicker.
If you are NOT re-quizzing, you need to finish the enrichment activity from yesterday, front and back. It is for a grade.

2. Plan for the Day 1. Periodic Table re-quiz/Enrichment activity
2. Inquiry Activity – “Atom, Element, and Compound” lab stations
3. Discussion and wrap-up

3. Homework:

4. Essential Question– Copy on Page 21
What are the differences between elements, compounds, and mixtures?

5. Re-quiz Time If you are taking the re-quiz, you will use the clicker.
If you are not taking the re-quiz, you should be finishing the enrichment activity.

6. “Atom, Element, and Compound” inquiry activity
The chart on your lab sheet has some information filled in for you. Move QUIETLY around the room observing the different substances. Fill in the empty boxes on your sheet.
You will have about 15 minutes for this lab.

7. PowerPoint -Pure substances and mixtures

8. Stopped here on

9. Unit1: Matter Focus: Elements, Compounds, and Mixtures Day 26: 10/5/17
Turn in the “Elements, Compounds, Mixtures” worksheet.
Pick up the sheet “Lab: Identifying Elements, Compounds, and Mixtures” and WORK WITH YOUR GROUP TO ANSWER THE PRE-LAB QUESTIONS – 5 MINUTES.
Take out your notes from yesterday (Atoms, elements, compounds, pure substances)

10. Plan for the Day
1. Finish discussing Inquiry Activity – “Atom, Element, and Compound” and notes
2. Mini-Lab – Elements, compounds, mixtures
3. Notes/discussion –Mixtures

11. Homework:
Complete the back of lab sheet for the “Atoms, Elements, Compounds” lab from yesterday. After today’s lesson, you will have enough info to help you finish the concept web and triple Venn diagram.

12. E.Q. – What are the differences between elements, compounds, and mixtures?

13. Lets’ review the lab from yesterday (Atoms, Elements, Compounds)

14. Let’s take a few notes about elements and compounds.

15. PowerPoint -Pure substances and mixtures

16. Elements and Compounds

17. Classifying Matter Matter Pure Substances Mixtures
Heterogeneous
Homogeneous
Elements
Compounds
muddy water, salad dressing, trail mix
milk, tea, salt water, air
Fe, O
H2O, CO2

18. What is a 18.Pure Substance?
Def. A classification of matter that includes both elements and compounds
A.D. Cannot be separated by physical means such as distillation, filtration - sorting, or chromatography.
A.D. Examples are elements and compounds.

19. 20.Elements
Pure substance that cannot be broken down into simpler substances
An element is made of one kind of atom
There are over 100 on the periodic table
Ex. Oxygen, Nitrogen, Carbon, Hydrogen

20. What Is A 21. Compound?
Def. A pure substance that is created by 2 or more different elements chemically reacting and joining together
A.D. Can only be separated into simpler substances through another chemical reaction
A.D. Make up all living and nonliving things

21. Compounds (cont.)
A.D. Their physical and chemical properties are different from the properties of the individual elements
A.D. Examples are water H2O, carbon dioxide CO2, table salt NaCl, glucose C6H12O6
***COMPOUNDS – IT TAKES A CHEMICAL REACTION TO MAKE THEM AND IT TAKES A CHEMICAL REACTION TO BREAK THEM.

22. Why do compounds form? So that elements can become more stable
Na is flammable in water, silvery, soft, metal; Cl2 (Chlorine) is green toxic gas … when they react (chemically combine), you get…
NaCl (table salt) is a very stable compound that is not flammable, not toxic, not silvery, not a metal – safe to eat –
***SO… We see that physical and chemical properties of the new substance (salt) are different than the original elements.
Compounds that are extremely unstable will break down to form more stable substances.

23. How Do Compounds Form?
THE OCTET RULE: an element is most stable with 8 valence electrons
Elements will join chemically to get 8 valence electrons
Ex: CO2 - oxygen has 6 valence electrons and carbon has 4
If the carbon shares 2 valence electrons with each oxygen, everyone will have 8 valence electrons! Thus, they are chemically bonded!

24. Drawing

25. What Do Compounds Have To Do With My Life?
Compounds are the substances that make up ALL living and non-living things
Examples: Where would you be without:
H2O—water
NaCl—table salt
C3H8O—rubbing alcohol
C55H98O6—an example of an
unsaturated fat

26. Think pair share
O2, NaCl, and NH3 are all molecules; HOWEVER, only NaCl, and NH3 are compounds….
WHY?

27. 19. Mixtures Def. The physical combination of 2 or more substances
A.D. 1 -It is not chemically combined
A.D. 2 -Can be separated by physical means such as filtration/sorting, distillation, and chromatography
A.D. 3 –Can be divided into 2 groups
Homogeneous and Heterogeneous

28. What’s the difference?

29. What’s the difference?

30. 22. What Is a Heterogeneous Mixture?
Def. A mixture in which the parts are unevenly distributed – looks different throughout
A.D. 1 -The parts may be more concentrated in one part of the mixture
A.D. 2 -Not uniform throughout
A.D. 3 – You can see, or distinguish between, the component parts
A.D. 4 –Examples: Tossed salad, granite, salad dressing, trail mix

31. What Is a 23. Homogenous Mixture?
Def. A mixture in which the parts are evenly distributed – looks the same throughout
A.D. 1 –Substances cannot be visibly distinguished from one another
A.D. 2 –They are commonly called solutions.
A.D. 3 – Examples: air, salt water, milk, steel, Kool-Aid

32. Stopped here Day

33. 24. Solution
Def. A homogeneous mixture – looks the same throughout
A.D. 1 -Has 2 parts – solute and solvent
A.D. 2 – Can be separated by physical means (filtering, distillation, etc.)
A.D Ex. Salt water can be separated by heating the mixture; the water evaporates and leaves the salt behind

34. 25. Solute –
Def. “stuff” being dissolved in a solution
A.D. 1 -The substance in the lesser amount
A.D. 2 – Ex. The sugar in coffee, the salt in water, the CO2 gas in soda

35. 26. Solvent:
Def. The dissolver – in a solution, the substance that dissolves another
A.D. 1 – The substance in the greater amount
A.D. 2 – Ex. the water in salt water, the milk in chocolate milk
A.D. 3 – Water is the Universal Solvent- It dissolves many substances

36. Wrap-up - Look at the pictures. Which is the element? Compound? Mixture? WHY?????? Discuss within your lab group. B C A

37. Stop

38. Unit1: Matter Focus: Elements, Compounds, and Mixtures Day 26: 10/6/16
Place your purple periodic table sheet on the lab stool.
Science Starter: Why are compounds more difficult to separate than mixtures?

39. Plan for the Day
1. Finish foldable notes on elements, compounds, and mixtures
2. Begin station labs exploring mixtures

40. Think pair share
O2, NaCl, and NH3 are all molecules; HOWEVER, only NaCl, and NH3 are compounds….
WHY?

41. What Do Compounds Have To Do With My Life?
Compounds are the substances that make up ALL living and non-living things; this means everything around you!
Examples: How would your life be different without…
H2O—water
NaCl—table salt
C3H8O—rubbing alcohol
C12H22O11— table sugar
H2O2 – hydrogen peroxide
Where would plants be without
CO2?

42. Let’s finish the vocabulary in our foldable.

43. 19. Mixtures Def. The physical combination of 2 or more substances
A.D. 1 -It is not chemically combined
A.D. 2 -Can be separated by physical means such as filtration/sorting, distillation, and chromatography
A.D. 3 –Can be divided into 2 groups
Homogeneous and Heterogeneous

44. What’s the difference?

45. What’s the difference?

46. 22. What Is a Heterogeneous Mixture?
Def. A mixture in which the parts are unevenly distributed – looks different throughout
A.D. 1 -The parts may be more concentrated in one part of the mixture
A.D. 2 -Not uniform throughout
A.D. 3 – You can see, or distinguish between, the component parts
A.D. 4 –Examples: Tossed salad, granite, salad dressing, trail mix

47. What Is a 23. Homogenous Mixture?
Def. A mixture in which the parts are evenly distributed – looks the same throughout
A.D. 1 –Substances cannot be visibly distinguished from one another
A.D. 2 –They are commonly called solutions.
A.D. 3 – Examples: air, salt water, milk, steel, Kool-Aid

48. 24. Solution
Def. A homogeneous mixture – looks the same throughout
A.D. 1 -Has 2 parts – solute and solvent
A.D. 2 – Can be separated by physical means (filtering, distillation, etc.)
A.D Ex. Salt water can be separated by heating the mixture; the water evaporates and leaves the salt behind

49. 25. Solute –
Def. “stuff” being dissolved in a solution
A.D. 1 -The substance in the lesser amount
A.D. 2 – Ex. The sugar in coffee, the salt in water, the CO2 gas in soda

50. 26. Solvent:
Def. The dissolver – in a solution, the substance that dissolves another
A.D. 1 – The substance in the greater amount
A.D. 2 – Ex. the water in salt water, the milk in chocolate milk
A.D. 3 – Water is the Universal Solvent- It dissolves many substances

51. How can we separate?

52. How do we separate mixtures?
Evaporation
Filtration

53. Look at the pictures. Which is the element. Compound. Mixture. WHY
Look at the pictures. Which is the element? Compound? Mixture? WHY?????? Discuss within your group. B C A

54. How Are Mixtures Important To Your Life?
We encounter mixtures everywhere in our lives and some are necessary for our survival.
How would your life be different without:
Air
Ice cream
Kool-aid
Shampoo
Soup
Milk
Orange juice

55. Let’s begin our lab.
BEFORE BEGINNING, read the directions carefully at your station.
I will randomly choose 1 lab sheet to grade from each group. Be sure your answers match and that your group members are working. If they are not, see me. Your grade could be adversely affected by a “slack” group member!
Keep your voices low and stay on task.
Rotate through the stations in numerical order.
Have fun!

56. Stopped here for Day 26, 2016

57. Unit1: Matter Focus: Elements, Compounds, and Mixtures Day 27: 10/7/16
3rd period – Please tape the homework assignment from yesterday onto the last page of your lab packet. One change to directions…
4th period – Take out your purple foldable

58. Plan for the Day 1. 4th - Finish “solvent” in your foldable
2. Begin station labs exploring mixtures

59. Homework:
If you have not turned in the enrichment activity “Wanted by the FBE”, it will be due Monday.
If you have not finished the “Periodic Table Basics” project, it will be due Monday. I will be here this afternoon until 5:00 and I will be here Monday morning at 8:00.

60. E.Q. – What are the differences between elements, compounds, and mixtures?

61. 3rd – Let’s tape the ½ sheet into our lab packet and get back to the lab.
4th - Let’s finish the vocabulary in our foldable then get going with the lab.

62. Let’s begin our lab.
BEFORE BEGINNING, read the directions carefully at your station.
I will randomly choose 1 lab sheet to grade from each group. Be sure your answers match and that your group members are working. If they are not, see me. Your grade could be adversely affected by a “slack” group member!
Keep your voices low and stay on task.
Rotate through the stations in numerical order.
Have fun!

63. 26. Solvent:
Def. The dissolver – in a solution, the substance that dissolves another
A.D. 1 – The substance in the greater amount
A.D. 2 – Ex. the water in salt water, the milk in chocolate milk
A.D. 3 – Water is the Universal Solvent- It dissolves many substances

64. Look at the pictures. Which is the element. Compound. Mixture. WHY
Look at the pictures. Which is the element? Compound? Mixture? WHY?????? Discuss within your group. B C A

65. How Are Mixtures Important To Your Life?
We encounter mixtures everywhere in our lives and some are necessary for our survival.
How would your life be different without:
Air
Ice cream
Kool-aid
Shampoo
Soup
Milk
Orange juice

66. Let’s begin our lab.
BEFORE BEGINNING, read the directions carefully at your station.
I will randomly choose 1 lab sheet to grade from each group. Be sure your answers match and that your group members are working. If they are not, see me. Your grade could be adversely affected by a “slack” group member!
Keep your voices low and stay on task.
Rotate through the stations in numerical order.
Have fun!

67. Stop here Day

68. http://activities. macmillanmh

70. Take out your lab packet and pencil and be ready to start stations.
Unit1: Matter Focus: Elements, Compounds, and Mixtures Day 28: 10/10/16
Take out your lab packet and pencil and be ready to start stations.

71. “Messing with Mixtures” station labs
Plan for the Day
“Messing with Mixtures” station labs

72. “Wanted by the FBE”, due TODAY.
Homework:
“Wanted by the FBE”, due TODAY.
“Periodic Table Basics” project, due TODAY.
“Elements, compounds, mixtures” picture worksheet – due tomorrow
QUIZ THURSDAY OVER ELEMENTS, COMPOUNDS,AND MIXTURES. BE LOOKING OVER YOUR FOLDABLE, LABS AND OTHER ACTIVITIES.

73. E.Q. – What are the differences between elements, compounds, and mixtures?

74. Let’s get back to our lab.
BEFORE BEGINNING, read the directions carefully at your station.
Work as a group. Answers should match.
Stay in your assigned area. Don’t visit other groups.
Keep your voices low and stay on task.
Rotate through the stations in numerical order.
Have fun!
***IF YOU CANNOT FOLLOW DIRECTIONS, I HAVE AN ALTERNATE ASSIGNMENT FOR YOU! BEWARE AND BEHAVE!

75. Stop Day 28

76. Place your homework worksheet on the lab stool.
Unit1: Matter Focus: Elements, Compounds, and Mixtures Day 29: 10/11/16
Place your homework worksheet on the lab stool.
Take out your lab packet and pencil and be ready to start stations.

77. 1.“Messing with Mixtures” station labs 2. Review labs
Plan for the Day
1.“Messing with Mixtures” station labs
2. Review labs

78. Homework:
1. QUIZ THURSDAY OVER ELEMENTS, COMPOUNDS,AND MIXTURES. BE LOOKING OVER YOUR FOLDABLE, LABS AND OTHER ACTIVITIES.
2. “Elements, Compounds, and Mixtures fill-in-the-blank worksheet

79. E.Q. – What are the differences between elements, compounds, and mixtures?

80. Let’s get back to our lab.
BEFORE BEGINNING, read the directions carefully at your station.
Work as a group. Answers should match.
Stay in your assigned area. Don’t visit other groups.
Keep your voices low and stay on task.
Rotate through the stations in numerical order.
Have fun!
***IF YOU CANNOT FOLLOW DIRECTIONS, I HAVE AN ALTERNATE ASSIGNMENT FOR YOU! BEWARE AND BEHAVE!

81. Stop Day 29

82. How Can We Change Matter Into New Substances?
Chemical reaction (also known as a chemical change) is a change in a substance or substances that results in a totally new substance
Ex: 2H2(g) + O2(g)  2H2O(g)
Notice that the reactants (the substances you start with) combine to form a new substance (the product)

83. How Do I Know If A Chemical Reaction Has Occurred?
There are 5 indicators of a chemical reaction
Evolution of a gas
Evolution of light
Evolution of heat
Color change
Evolution of a precipitate
Precipitate: an insoluble substance that is produced as result of a chemical reaction

84. Why Do Chemical Reactions Occur?
Chemical reactions occur to produce a more stable product than the existing reactants
Ex: 2Na(s) + Cl2(g)  2NaCl(s)
*The sodium is highly unstable and the chlorine gas is somewhat unstable. The resulting Sodium Chloride is VERY stable.
**It is important to understand that the products have totally different properties than the reactants

85. Where Does The Matter Go?
It is important to understand that when matter undergoes a chemical reaction (ie a chemical change) it does not disappear or appear
The atoms are rearranged and form new bonds, but no matter is lost nor gained
This is called the Law of Conservation of Matter

86. What Kind of Chemical Reactions Do I Experience?
The acidic milk and basic baking soda that produce CO2 gas when a cake bakes
Paper burning to produce ashes, CO2, and H2O vapor
Hydrogen peroxide decomposing to produce water and oxygen gas