1. Photosynthesis Review

2. Light or Dark Reaction? Thylakoid Stroma Carbon Dioxide Water Glucose
Oxygen
NADPH
ATP

3. Light or Dark Reaction? Thylakoid Stroma Carbon Dioxide Water Glucose
Oxygen
NADPH
ATP

4. Vocab Matching Rubisco ADP + P  ATP Heterotroph Autotroph
NADP+ 2 e- + H+  NADPH
ADP + P  ATP
Heterotroph
Autotroph
Best Color(s) for Photosynthesis
Stomata
Photosystem
Green
Blue and Red
Enzyme that fixes CO2 into Glucose
Cluster of Pigments that gather light to excite electrons
Electron and Hydrogen Carrier
Self Feeders
Energy Carrier
Other feeder
Openings in Leaves for Gas Exchange

5. Vocab Matching Rubisco ADP + P  ATP Heterotroph Autotroph
NADP+ 2 e- + H+  NADPH
ADP + P  ATP
Heterotroph
Autotroph
Best Color(s) for Photosynthesis
Stomata
Photosystem
Green
Blue and Red
Enzyme that fixes CO2 into Glucose
Cluster of Pigments that gather light to excite electrons
Electron and Hydrogen Carrier
Self Feeders
Energy Carrier
Other feeder
Openings in Leaves for Gas Exchange

6. Label the Chloroplast

7. Label the Chloroplast

8. Write the Complete Equation for Photosynthesis and Indicate where each reactant and product are used and made

9. Write the Complete Equation for Photosynthesis and Indicate where each reactant and product are used and made
6 H2O CO2  6O2 + C6H12O6
Light Reaction
Thylakoid
Dark Reaction
Stroma
Light Reaction
Thylakoid
Dark Reaction
Stroma

10. Light Dependent Reaction - place in order
The electrons are reenergized at a second photosystem and then pass to NADP+ reductase where they join a hydrogen ion and NADP+ to make NADPH The hydrogen ions that have been pumped into the thylakoid space have built a chemical gradient that pass through ATP Synthase (facilitated diffusion) to make ATP. The photosystem gathers light energy and it energizes the electron The ATP and NADPH are used in the Light Independent Reaction In the thylakoid space, water is split into hydrogen ions, electrons, and oxygen. Oxygen diffuses out of the chloroplast and out of the leaf through the stomata The electron passes through the electron transport chain and gives energy for the transmembranal proteins to pump hydrogen ions from the stroma into the thylakoid space

11. 1) In the thylakoid space, water is split into hydrogen ions, electrons, and oxygen. Oxygen diffuses out of the chloroplast and out of the leaf through the stomata
2) The photosystem gathers light energy and it energizes the electron
3) The electron passes through the electron transport chain and gives energy for the transmembranal proteins to pump hydrogen ions from the stroma into the thylakoid space
4) The electrons are reenergized at a second photosystem and then pass to NADP+ reductase where they join a hydrogen ion and NADP+ to make NADPH
5) The hydrogen ions that have been pumped into the thylakoid space have built a chemical gradient that pass through ATP Synthase (facilitated diffusion) to make ATP.
The ATP and NADPH are then used in the Light Independent Reaction

12. Now, rewrite the answers to the previous slide three more times.

13. Label the following

15. Plant Transport Vocab Xylem Phloem Cohesion Adhesion Source Sink
Guard Cell
Stomata
Water sticking to other things (ex. Cellulose of xylem)
Site of sugar production
Site of sugar consumption
Opening in bottom of leaf – gas exchange
Water sticking to itself
Water conducting tubes
Sugar Conducting Tube
Regulate the size of leaf pores

16. Plant Transport Vocab Xylem Phloem Cohesion Adhesion Source Sink
Guard Cell
Stomata
Water sticking to other things (ex. Cellulose of xylem)
Site of sugar production
Site of sugar consumption
Opening in bottom of leaf – gas exchange
Water sticking to itself
Water conducting tubes
Sugar Conducting Tube
Regulate the size of leaf pores