viewMetabolism Unit Review RESPIRATION Describe how each of the following compounds participates in energy metabolism Bond Energy Oxidation Reduction Mitochondrion Glucose Enzymes ADP/ATP NAD/NADH FAD/FADH 2

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Metabolism Unit Review

RESPIRATION

Describe how each of the following compounds participates in energy metabolism

Bond Energy

Oxidation

Reduction

Mitochondrion

Glucose

Enzymes

ADP/ATP

NAD/NADH

FAD/FADH2

Pyruvate

Acetyl Co A

Citrate/Citric Acid

NADH dehydrogenase

Oxygen

Electron Transport Chain

ATP synthase

Proton Motive Force

Electrochemical Gradient

Chemiosmosis

Fermentation

Compare/Contrast

Aerobic vs. anaerobic respiration

Substrate vs. oxidative phosphorylation

NADH vs FADH2

Ethanol vs. lactate fermentation

Complete the table

Pathway

Aerobic or Anaerobic

Location

Starting Molecule

Ending Molecule

#ATP needed

Products

Glycolysis

Pyruvate Oxidation

Krebs cycle

ETS

Photosynthesis

Describe how each of the following participates in photosynthesis

Chloroplast

Thylakoid

Stroma

Stomata

Action Spectrum

Absorption Spectrum

Pigments chlorophyll a and b, carotenoids

H2O

ADP/ATP

NADP/NADPH

Photosystem I and II

Plastoquinone

Ferredoxin

Non-cyclic Electron Flow

Cyclic Electron Flow

ATP synthase

CO2

RuBP

PGA

Rubisco

Compare/Contrast

Cyclic vs. Noncyclic flow

Light vs. Light independent (focus on location, reactants, products)

C3 vs. C4 v. Cam (dont forget location, examples, and of course reactants, products, )

State the significance of each to rate of Photosynthesis

Light intensity

CO2 concentration

Oxygen concentration

Temperature

Water Availability

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