1. DO NOW
VL: 0
Monday 10/5
Complete the following on your DO NOW handout.
What does each of the following tools measure?
The graduated cylinder measures _____________.
The triple beam balance measures ____________. 1. 2.

2. EQs & Objectives ESSENTIAL QUESTIONS: OBJECTIVES:
How do we describe and classify matter?
OBJECTIVES:
Students will calculate density and compare the densities of different substances.

3. VOCABULARY
Density
Mass
Volume

4. AGENDA Agenda Density Tube Demo & Video Archimedes Principle
Density Presentation and C-Notes
Homework
Density Practice

5. Block Observation Title pg. 39 Block Observation.
Draw a picture of both blocks.
Make 3-5 observations about the blocks at the front of the room.

6. Density Tube Demo
VL: 1
Task: Students will make a hypothesis about the density of 4 different liquids. Which one is the most dense? Which one is the least dense?
9 Layer Density Tube

7. Watch Archimedes Principle
VL: 0
Watch Archimedes Principle

8. A physical property of matter.
Density
A physical property of matter.
Definition: The amount of matter (mass) packed into a given space (volume).

9. Density
More dense
Less dense
Ex: iron
Ex: aluminum

10. More dense = SINK
Less dense = FLOAT
Oil
Water

11. Answer: Oil is less dense than water so it floats.
BP Gulf Oil Spill: If the oil leaked from a pipe near the bottom of the ocean floor, how did it end up at the surface?
Answer: Oil is less dense than water so it floats.
Source:

12. DENSITY = MASS Volume Volume = 10cm x 10 cm x 10 cm = 1,000 cm3
Mass = 2,000 g
Density = 2,000 g ,000 cm3
= 2 g/cm3

13. Another Example:
V = 10 mL
M = 30 g
D = M V
D = 30g 10mL
D = 3 g/mL

14. DO NOW
VL: 0
Tuesday 10/6
Answer on your DO NOW handout The diagram below shows one beaker with oil and water and another beaker with oil and a cork. What would happen if the oil, water, and cork were all placed in one beaker. Draw and label a picture of this. Explain your picture using words like “more dense” and “less dense”.

15. EQs & Objectives ESSENTIAL QUESTIONS: OBJECTIVES:
How do we describe and classify matter?
OBJECTIVES:
Students will calculate density and compare the densities of different substances.

16. VOCABULARY
Density
Mass
Volume

17. AGENDA Agenda Density Cubes/Cylinders Lab Calculating Density Practice
Homework
Density Practice

18. Density Lab Instructions You have 4 different substances on your tray.
Task: Identify an unknown substance using density.
Instructions
You have 4 different substances on your tray.
Find the mass of each substance using the triple beam balance.
Find the volume of the cube using your ruler (length x width x height)
Find the volume of the cylinders using water displacement (Archimedes’ Principle).
Find the density of each substance using the formula: Density = mass/volume
Use the density chart to find the identity of each substance.

19. WILL IT FLOAT? The density of water is 1 g/cm3
Anything with a lower density will float; anything with a higher density will sink
Add an “S” or “F” to your data chart to guess if the object will sink or float, then test your hypotheses.
Will it float?

20. Density Practice Problems
Work on the density practice problems sheet INDEPENDENTLY

21. DO NOW
VL: 0
WED/THU 10/7-10/8
Complete the following on your DO NOW handout.
Use the chart below to answer the question.
The element’s identity is __________________.
Show your work.
Element
Symbol
Density g/cm3
Actinium Ac 10
Aluminum Al
2.70
Antimony Sb
6.68
Barium Ba
3.62

22. DO NOW
VL: 0
WED/THU 10/7-10/8
Complete the following on your DO NOW handout.
Use the chart below to answer the following question.
An element has a mass of 27 grams and a volume of 10cm3. What is the identity of the element?
The element’s identity is __________________.
Show your work.
Element
Symbol
Density g/cm3
Actinium Ac 10
Aluminum Al
2.70
Antimony Sb
6.68
Barium Ba
3.62

23. EQs & Objectives ESSENTIAL QUESTIONS: OBJECTIVES:
How do we describe and classify matter?
OBJECTIVES:
8.5 (c) interpret the arrangement of the Periodic Table, including groups and periods, to explain how properties are used to classify element
Builds on:
6.6 (A) compare metals, nonmetals, and metalloids using physical properties such as luster, conductivity, or malleability

24. AGENDA Agenda -Physical Properties Vocabulary
-Physical Property Stations
-Chemical vs Physical Changes Frayer Model Notes
-Exit Ticket
Homework
Density Practice

25. VOCABULARY Physical property Metal Nonmetal Metalloid Luster
Malleability
Conductivity
Magnetism

26. Physical Properties of Matter
VL: 0
TASK: Read the definitions and fill in as many vocabulary words as you can. Use a pencil! Tape onto pg 42 in your INB.
WORD BANK
Density Grams
cm3 or mL Nonmetal
Luster Malleable
Volume g/cm3 or g/mL
Conductivity Metalloid
Metal Mass

27. Physical Property Stations
VL: 0
Copy the following table onto page 43 of your INB. 52
Element
Name
Magnetic?
(Yes/No)
Luster?
(Shiny or Dull)
Malleable? Brittle?
Conductivity (Turns on light or not)
Carbon (C)
Aluminum (Al)
Silicon (Si)
Sulfur (S)
Iron (Fe)
Copper (Cu)
Physical Properties of Matter

28. Physical Property Stations Questions
VL: 0
Discuss with your group.
Where are the good electrical conductors located on the periodic table?
Where are the elements that attract magnets located on the periodic table?
Where are elements located with the following lusters:
Shiny?
Metallic?
Dull?
Which object was malleable? Which objects were brittle?
Where are the malleable elements on the periodic table?

29. Physical Property Vocabulary
Fill in the rest of your vocabulary sheet or make the necessary changes.
WORD BANK
Density Grams
cm3 or mL Nonmetal
Luster Malleable
Volume g/cm3 or g/mL
Conductivity Metalloid
Metal Mass

30. Frayer Models
Write “Chemical Change/Reaction” in one Frayer Model (pg.44) and “Physical Change” in the other (pg.45).
Fill in the remaining sections.
Chemical Changes
Physical Changes

31. Exit Ticket
Thomas finds a wire stuck to his shoe; he is able to bend it, and it is shiny. The wire is also very hot from being in the sun all day.
Your Name
The wire Thomas found is a (metal, nonmetal, or metalloid.)
I know this because…..
The location of the wire on the periodic table would be…. (left/right)

32. DO NOW VL: 0 Friday 10/9 Complete the following on your DO NOW sheet.
Describe the luster, malleability, and conductivity of the gold.
Gold has a ____________ luster, it is ____________, and is a good ________________ of electricity.
Gold is a ______________ (metal, metalloid, nonmetal)

33. EQs & Objectives ESSENTIAL QUESTIONS: OBJECTIVES:
What is the difference between physical and chemical changes?
OBJECTIVES:
8.5 (E)  investigate how evidence of chemical reactions indicate that new substances with different properties are formed;
Builds on:
6.5 (D)  identify the formation of a new substance by using the evidence of a possible chemical change such as production of a gas, change in temperature, production of a precipitate, or color change

34. AGENDA Agenda -Complete and review Physical vs Chemical Changes Notes
-Marshmallow Man
Homework
Density Practice

35. Marshmallow Man Lab What are we doing in Science today, Mrs. Gaffney?
Oh Marvin, you don’t want to know….

36. Making Your Marshmallow Man
Insert a toothpick halfway into the flat side of one large marshmallow to form the body.
Stick the second large marshmallow on the remaining end of the toothpick to make the head.
Insert four toothpicks into opposite sides of the body to make his arms and legs.
Place the small marshmallows on the ends of the toothpicks to make hands and feet.
This sounds
fun!

37. Marshmallow Man Stations
Follow the steps to complete the tasks to the poor, poor innocent marshmallow man.
RIP Marvin

38. Finish Conclusion Questions

39. Physical and Chemical Changes
Video
Write a “P” for a physical change.
Write a “C” for a chemical change.
Ice melting
Sugar dissolving
Burning a match
Nail rusting
Milk souring
Dry Ice submilating