1. What do you think Chemistry is?
What is chemistry?
After a week of this class, we have never really asked the question: What is chemistry?
Now we are…
What do you think Chemistry is?

2. Introduction to Chemistry

3. Veritasium What do people think chemistry is

4. What is Chemistry
The study of how everything interacts

5. Observing the world
Chemistry and science in general requires Observation of something using the five senses
Touch
Taste
Smell
Vision
Sound
Chemists are concerned with properties of stuff that are observable

6. ALLWAYS ASK QUESTIONS!!!! Go around the room
Go around the room and describe the objects. Give at least 10 observations of each objects.
Some questions to ask yourself:
Does the object have areas with different properties? Where? What?
What color is the object? Does it change when you do ____?
How does ____ feel? Does it smell?
Ask more!!!!!!!!!
Science tip:
ALLWAYS ASK QUESTIONS!!!!

7. Go around the room What have we discovered?
On a note, write one thing you noticed about each object.
We will share them in class

8. All Things Have Properties
The features of matter that can be observed and experimented.
Examples: hardness, color, boiling/melting point, flammability, strength, density.
There are four main properties we will discuses
Physical properties
Chemical properties
Extensive properties
Intensive properties

9. Physical Properties Physical Property (noun) Examples
A characteristic that can be observed or measured without changing the identity of the substance.
Examples
Melting/boiling point, density, mass, volume (how big something is), temperature, conductivity, malleability

10. Physical Properties

11. Tell me physical properties of the objects
Going around to the different objects on the tables, list 10 different physical properties they have.
Some questions to ask yourself:
Does the object have areas with different properties? Where? What?
What color is the object? Does it change when you do ____?
How does ____ feel? Does it smell?
What happens if you rub it against the table? Something else?

12. Go around the room (Physical Properties)
What have we discovered?
On a note, write one thing you noticed about each object.
We will share them in class

13. Extensive vs Intensive
Extensive properties (noun)
Properties of matter (stuff) that depends on the amount of matter (stuff) present
Intrinsic properties (noun)
Properties of matter (stuff) that do not depend on the amount of matter (stuff) present.

14. Extensive Properties Extensive Properties
Properties that depend on the amount of matter (stuff) that is present.
Examples of extensive properties:
Volume, mass (or weight), amount of energy in a substance.

15. Extensive Properties

16. Labeling Extrinsic properties
On your list, label all extrinsic properties
Does the property you list require the presence of matter (stuff)?
Sharing is caring… Share your answers.

17. Intrinsic Properties Intrinsic Properties
Properties of matter that do not depend on the amount of matter present
Examples of Intrinsic properties:
Temperature, conductivity, boiling/melting point, flammability, hardness, malubility.

19. Labeling Intrinsic properties
On your list, label all intrinsic properties
Does the property you list not require the presence of matter (stuff)?
Sharing is caring… Share your answers.

20. Matter Matter- (noun) “mat·ter” Mass- (noun) “ˈmas”
Anything that has mass and takes up space
Mass- (noun) “ˈmas”
a measure of the amount of matter (grams)
NOT Pounds

21. Atoms Atom –(noun) “at·om” Element - (noun) “el·e·ment”
the smallest particle of an element that can exist either alone or in combination
Element - (noun)  “el·e·ment” 
A pure substance that cannot be broken down into simpler, stable substances and is made of one type of atom.
Compound – (verb) “com·pound”
A substance that can be broken down into simple stable substances.

22. Atoms

23. Elements

24. Compounds

25. Video time!!!!

26. Chemical Properties

27. Chemistry
The study of the composition, structure and properties of matter, the processes that matter undergoes and the energy changes that accompany these processes.