1. Photosynthesis

2. Description of microscope
Bellwork 12/4
Directions: Read pages and complete the chart below
Type of Microscope
Description of microscope
Uses of microscope
Compound Light
Scanning Electron Microscope
Transmission Electron Microscope
If you were absent pick up your work
Complete the following bellwork on your own paper. Copy the chart not just answer it!
1. What are the differences between light and electron microscopes?
 2. Using page 21, what type of microscope would be best for showing details inside a cell like mitochondria? Explain why.
 3. Your science class is going to examine the one-celled organisms in pond water. What is the best microscope to use?
 4. Which of these microscopes would let you see the hair like projections on the surface of cells better?

3. Directions: Read pages 19-20 and complete the chart below
Type of Microscope
Description of microscope
Uses of microscope
Compound Light
Scanning Electron Microscope
Transmission Electron Microscope
1st type of microscope, most widely used
light passes through 2 lenses
Can magnify up to 2000x
Can see natural color of specimen
Used to view living and preserved specimens
Can magnify up to 100,000x
Creates 3D images
Color must be added by computer
Used to view the surface of objects/organisms that are dead
Can magnify up to 250,000x
Examines INSIDE of specimens
Color must be enhanced by computers
Used to view the inside of organisms

4. 1. What are the differences between light and electron microscopes?
 2. Using page 21, what type of microscope would be best for showing details inside a cell like mitochondria? Explain why.
Light microscopes view living objects with light
Electron microscopes view dead objects using electrons
Transmission election microscope because it is high powered enough to view the inside of a organism

5.  3. Your science class is going to examine the one-celled organisms in pond water. What is the best microscope to use?
 4. Which of these microscopes would let you see the hair like projections on the surface of cells better?
Light microscopes
Scanning Electron Microscope

6. Agenda 12/3 Review Photosynthesis R.R
HW: Write the equation for photosynthesis 10 times

7. Essential Question: Learning Goal:
What is ATP and what is its role in the cell?
How do organisms convert sunlight into chemical energy?
Explain ATP energy transfers and the ATP/ADP cycle.
Identify the reactants, products and process of photosynthesis

8. Photosynthesis Reading Road Map
Pg 100 Read the second paragraph under The Chemical energy used for most cell processes is carried by ATP.
What does ATP stand for?
Adenosine Triphosphate
What is ATP used for?
Energy

9. Photosynthesis Reading Road Map
Pg 100 Read the third paragraph under The Chemical energy used for most cell processes is carried by ATP.
How many phosphates are in ATP? 3
How is the energy released?
The phosphates break apart

10. Turn and Talk – should partner
Partner A closest to the front door
Partner B furthest from the closet door.
Partner A explain to partner B the purpose of ATP
Partner B explain to partner A how ATP releases the energy.

11. Photosynthesis Reading Road Map
Pg 103 Read the definition of photosynthesis.
Write a more simple definition of photosynthesis.
A plant makes its food.

12. Photosynthesis Reading Road Map
Pg 105 Read the third paragraph.
On the Basic Photosynthesis Picture use the information you read to label the picture with the following words and color the arrows the designated color. 1. Light (yellow), 2. Carbon dioxide(red) 3. Water (blue) 4. Oxygen (purple) 5. Sugar (Green-color the plant stem & leaves)

13. LIGHT
OXYGEN
CARBON DIOXIDE
SUGAR
WATER

14. Equation for Photosynthesis
Underneath the picture write the following:

15. Photosynthesis Reading Road Map
Pg 105 Read the first and second paragraph and fill in the chart about light reactions.

16. Photosynthesis Reading Road Map
Light Reaction
Energy Source
Where reaction occur?
What is needed to start the reaction?
What is formed in the reaction?
What is released in the reaction?
Dependent
Independent
Oxygen
sunlight
Membranes of thylakoids
Water & sunlight
ATP
Light-dependent reaction
Stroma of chloroplasts
Carbon dioxide
Simple sugar
Oxygen

18. Turn and Talk – Face Partner
Partner A closest to the closet.
Partner B closest to the front door.
Partner B please explain to partner A what is NEEDED to start a light dependent reaction.
Partner A please explain to partner B what is RELEASED from the light dependent reaction

19. Turn and Talk – Face Partner
Same Partner
Partner B please explain to partner A what is needed to start a light independent reaction
Partner A please explain to partner B what is released from a light independent reaction

20. Photosynthesis Reading Road Map
Pg 108 Skim through Section 4.3.
How many stages are in photosynthesis? 2
What does each stage do?
First Stage: captures & transfers energy
Second Stage: Uses energy to make sugars

21. Turn and Talk – should partner
Partner A closest to front door
Partner B furthest from front door
Partner A please tell Partner B where the first stage of Photosynthesis occurs
Partner B please tell partner A where the second stage of photosynthesis occurs.

22. Photosynthesis Reading Road Map
Pg 110 Read the Summary of Light-Dependent Reaction.
Pg 112 Read the Summary of Light-Independent Reactions
Label the Light Reactions picture using the following chemical formulas according to what you read: CO2, H2O, Light, O2, ATP, ADP, NADP, NADPH, Calvin Cycle, C6H12O6

23. LIGHT
H2O O2
ATP
NADPH
NADP
ADP
CO2
Calvin Cycle
C6H12O6

24. Photosynthesis Reading Road Map
Pg 112 Read the second paragraph under Functions of Photosynthesis
What are the two functions of photosynthesis?
Make sugar
Provides materials for plant growth & development

25. Photosynthesis Reading Road Map
On a piece of notebook paper create 2 multiple choice and 2 True/False test questions about photosynthesis. You need to write the question and the answer. Put your name on your paper and turn it into your period’s tray. DO NOT USE EXACT QUESTIONS FROM THE ROAD MAP.

26. Photosynthesis
5 minutes

27. Answer the bellwork question:
Exit ticket
Answer the bellwork question:
Write a paragraph answering the essential question:
How do organisms convert sunlight into chemical energy?