In each blank, try to type in the
word that is missing. If you've
typed in the correct word, the
blank will turn green.
If your not sure what answer should be entered, press the space bar and the next missing letter will be displayed. When you are all done, you should look back over all your answers and review the ones in red. These ones in red are the ones which you needed help on. Question: Location Answer: Question: Dependent Location Answer: Thylakoid Question: Indepepndent Location Answer: Question: Respiration Location Answer:
Question: Glycolysis Answer: Question: Kreb's Location Answer: Mitochondria Question: Electron Transport Location Answer: Membrane Mitochondria
Question: Alcoholic Fermentation Answer: Cytoplasm Question: Lactic Acid Location Answer: of Animal Cells Question: Type of Cell - Answer: Plant Question: Type of Cell - Lactic Acid Answer: Question: Type of Cell - Alcoholic Answer: Yeast, Question: Type of Cell - Answer: Question: Type of Cell - Kreb's Answer: Eukaryotes Question: Type of Cell - Electron Chain Answer: Question: Reguires Oxygen? - Respiration Answer: Yes Question: Reguires ? - Glycolysis Answer: Question: Reguires ? - Kreb's Cycle Answer: Yes Question: Reguires Oxygen? - Electron Chain Answer: Question: Reguires Oxygen? - Alcoholic Answer: Question: Reguires Oxygen? - Acid Fermentation Answer: No Question: Name - Light Independent Answer: Calvin Question: Name - Kreb's Cycle Answer: Acid Question: and Output - Photosynthesis Answer: CO2; Sunlight; Water; ----> ; Oxygen Question: Input and Output - Light Answer: H2O; NADP+; ADP+P; Light; ----> O2; NADH; Question: Input and Output - Independent Answer: ATP; NADH; CO2 ----> ADP+P; NADP+; Question: and Output - Cellular Respiration Answer: Glucose; Oxygen; ----> CO2; Water; Question: Input and - Glycolysis Answer: Glucose; 2ATP; 4ADP; NAD+; ----> ; 4ATP NET2; NADH; 2ADP Question: Input and Output - Kreb's Answer: NAD+; FAD; 2ADP ----> NADH; ; 2ATP, CO2 Question: Input and - Electron Transport Chain Answer: NADH; FADH2; 32ADP ----> NAD+; FAD; Question: and Output - Alcoholic Fermentation Answer: NADH; ----> NAD+ Question: and Output - Lactic Acid Fermentation Answer: NADH; ----> NAD+ Question: - Light Dependent Answer: Makes Question: Importance - Independent Answer: ATP Question: - Cellular Respiration Answer: Makes Question: - Glycolysis Answer: Makes Some Energy and Question: Importance - Kreb's Answer: Carriers Question: - Electron Transport Chain Answer: Electron Question: - Alcoholic Fermentation Answer: Carriers Question: Importance - Acid Fermentation Answer: Electron Question: - Photosynthesis Answer: Makes Oxygen and Question: of the following are autotrophs?
-Impalas -Plants -Leopards -MushroomsAnswer: -Plants Question: One of the principal compounds that living use to store energy is
Answer: -ATP Question: In addition to light and , photosynthesis is
Answer: -Water and Question: Products of Photosynthesis Answer: and CO2 Question: The First process in the dependent reactions of photosynthesis is Answer: Asorption Question: Which substance from the dependent reactions of photosynthesis is a source of energy for the Calvin CycleAnswer: Acid Question: The light independent reactions of photosynthesis is also as Answer: Cycle Question: Describe the parts of the ATP Molecule Answer: Purine base, Adenine, linked to the sugar ribose, linked to a chain of three phosphate Question: Compare the amounts of energy stored by ATP and glucose. Which compound is used by the cell as an source of energy? Answer: Glucose is more efficient for cells to keep only a supply of ATP on hand because a single molecule of the sugar glucose stores more than 90 times the chemical energy of a molecule of ATP. Question: Photosynthesis Answer: 6C02+6H2O---->C6H12O6+6O2 Question: What is the role of ATP ? How does it work?Answer: As hydrogen ions diffuse down concentration, they charge gradients ATP synthase. This energy drives ATP synthesis. |
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