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Definition
| Breaks down sugar in to pyruvic acid |
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| Reactants/Input of glycolysis |
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Definition
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Definition
| can produce thousands of ATP molecules in milliseconds |
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| Disadvantages of Glycolysis |
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Definition
| Does not use oxygen, uses ATP |
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Definition
O2 is not present after glycolysis- forms energy Two types- Lactic ACid, alcoholic |
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NAD+, alcohol, CO2, Lactic acid alcohol is not a product of lactic acid fermentation |
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| Advantages of fermentation |
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Definition
| makes food, beer, wine without oxygen and generates ATP |
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Term
| Disadvantages Of fermentation |
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Definition
produces ATp for only 20 or 30 seconds, lactic acid causes painful side effects Smells bad |
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Term
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Definition
| acetic acid cycle process-CO2 after glycolysis when O2 is present |
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Term
| Inputs of the Kreb's cycle |
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Definition
| Oxygen, ADP+, NAD+,FAD+, and acetic acid |
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Definition
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| Advantages of the Kreb's cycle |
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Definition
| Creates indirect ATP and help with respiration |
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| Disadvantages of the KREB's CYCLE |
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Definition
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| Function of cellular respiration |
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Definition
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Term
| Cellular respiration equation |
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Definition
C6H12O6+6O2 = 6H2O+6CO2+ATP glucose= water+ carbon dioxide+ ATP |
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Term
| Advantages of cellular respiration |
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Definition
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| Disadvantages of cellular respiration |
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Definition
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Definition
| produced in your muscles when there is not enough oxygen present |
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Definition
| oxygen is not present, breaks down pyruvic acid to make energy- alcohol is produced and CO2+ NAD+= beer champagne wine bread |
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| takes place without oxygen |
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| amount of energy needed to raise 1 degree of water by 1 degree Celsius- unit of measure for energy |
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Term
| Glycolysis takes place in ______ |
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Definition
| the cytoplasm -outside the mitochondria |
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Term
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Definition
36 ATP molecules are made- most energy is made here In- NADH,O2 Out- ATP,H20- waste product of cellular respiration |
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