1. (to the stars through hardship)
11/11/2018
Title: Biology 11/30/06
Objectives:
To learn about photosynthesis
Class Topics
Hand in W.S. 5.3 before the bell rigns
Review Chapter 5 Quiz 2
Review – glycolysis, cellular respiration
Notes – Krebs cycle, chemiosmosis
Energy Flow
"Ad astra per aspera."
(to the stars through hardship)
Anonymous
Sunday, November 11, :51 AM

2. Class Assignments Read 104-110 11/30/06 W.S. 5.3 (DR/Quiz) 11/30/06
11/11/2018
Class Assignments
What
By When
Read /30/06
W.S. 5.3 (DR/Quiz) 11/30/06
W.S. Chapter 5 Science Skills 12/4/06
Chapter 5 Test 12/6/06
Due this class period
Due next class period
Due in the future

3. Grade Sheet 1A – SR p. 61 - 5 pts Measurement W.S. – 10 pts
11/11/2018
Grade Sheet
1A – SR p pts
Measurement W.S. – 10 pts
3A SR p. 42 – 6 pts
4A – SR p. 47 – 5 pts
2A – Measurement W.S. – 10 pts
SR p. 80 – 5 pts

4. Basics of Cellular Respiration
11/11/2018
Basics of Cellular Respiration
NRG for cell?
Phosphates in ATP?
ADP to ATP needs NRG and ?
1 glucose = ATP?
NRG in ATP?
ATP to ADP what is released?
Adenosine?

5. Cellular respiration C6H12O6 + 6O2 6 CO2 + 6H2O + 36 ATP
11/11/2018
Cellular respiration
C6H12O6 + 6O CO2 + 6H2O + 36 ATP
Photosynthesis

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7. From: http://www.accessexcellence.org/RC/VL/GG/ana_Pyruvate.html
11/11/2018
From:

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9. Electron Transport Chain Series of enzymes on mitochondrial membrane
11/11/2018
Electron Transport Chain Series of enzymes on mitochondrial membrane
Gain 32 ATP from the release of energy from
FADH2 (Krebs)- 4 ATP
NADH (Krebs)- 24 ATP
NADH (Glycolysis) 4 ATP
Oxygen is the final electron acceptor
Has to be present to change NADH, FADH2 to NAD+ and FAD

10. 11/11/2018
ATP synthesis
Occurs along the membranes in both the chloroplast and mitochondria
The electron transport chain creates a concentration gradient between e- and H+
Water is final product

11. Animations Community College of Baltimore County Smith College
11/11/2018
Animations
Community College of Baltimore County
Smith College
Virtual Cell Animation

12. H+ inside and e- outside (H+ cannot go through membrane)
11/11/2018
H+ inside and e- outside (H+ cannot go through membrane)
ATP synthetase
The energy from their passing through is used as the energy needed to make ADP + P ATP
When 2 H+, 2e- and oxygen (final electron acceptor) all meet outside the membrane, water is formed

13. Chemiosmosis Formation of ATP in chloroplasts and mitochondria
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Chemiosmosis
Formation of ATP in chloroplasts and mitochondria

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15. Energy Flow Follow the energy from the sun to the end of chemiosmosis
11/11/2018
Energy Flow
Follow the energy from the sun to the end of chemiosmosis