Download Honors Biology Ch 6 Review sheet

Honors Biology Ch 6 Review sheet
1) Compare photosynthesis and respiration.
2) Write the equation for cellular respiration. Color code the reactants and products to show where the molecules end
up. Show lines of oxidation and reduction.
3) Describe a redox reaction. Reduction? Oxidation?
4) How is the energy in glucose carried to the ETC?
5) What is the function of NADH and FADH2? Where is it reduced/ made? Where is it oxidized/ converted back to
NAD?
6) Relate pH to the inner membrane space after completing the electron transport chain.
7) What percent of energy is used from the glucose molecule?_____
8) Which produces more ATP? Anaerobic or aerobic respiration?_________________________
9) What is the function of lactic acid fermentation? Where? With or without O2? With or without mitochondria? What
is produced? What cells? What is reduced? What is oxidized?
10) What is the function of alcoholic fermentation? Where? With or without O2? With or without mitochondria? What is
produced? What cells? What is reduced? What is oxidized?
11) Compare facultative anaerobes and obligate anaerobes?
12) How can proteins and fats enter cellular respiration? Specific
13) Know all poisons, class, name and effect, 3 classes, 5 poisons
14) Why does the mitochondria have folds or cristae of the inner membrane?
15) Who is the final electron acceptor of respiration?______________
16) We obtain our energy from __________. What is a kilocalorie?
17) Will your body continue to make ATP even if you don’t need it?______ How is this controlled?
Create the best picture you can of cellular respiration from memory. Energy in each step, net gain, type of phosphorylation,
reductions, oxidations, NAD, NADH, FAD, FADH2, Electrons in each step, by-products(not recycled) of reaction, CASMO,
ETC, Chemiosmosis, glucose, Co A, Acetyl, pyruvate, CO2, ADP, ATP, G3P, Pyruvate, O2, H+, active and passive transport
of H+, H2O, ATP synthase, oxidative phosphorylation, substrate level phosphorylation, Glycolysis, Cytoplasm, matrix, inner
membrane, intermembrane space, cytoplasm,