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36 Cards in this Set
- Front
- Back
_________ 1. 6O2 +________ 6H2O + Energy + 6CO2 |
CR: C6H12O6
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_________4. ________+ 6H2O ________ + C6H12O6 |
P: 6CO2, 6O2 |
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2.Photosynthesis is a series of reactions that uses ____________________ energy from the sun to convert water and carbon dioxide into ____________________ and oxygen. |
light, glucose |
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3.Photosynthesis takes place in a plant cell’s ___________________________. |
chloroplast |
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4.Circle the pictures that go through photosynthesis.
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flowers, trees, cactus, wigwam
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5.Plants gather the sun’s energy with light-absorbing molecules called ________________________
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pigments
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6.Plants produce glucose (C6H1206), circle which Biomolecule represents glucose.
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carbohydrates
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7. Explain how a student would collect data on the rate of photosynthesis: observe the color? count gas bubbles? Check temperature of water? |
Count gas bubbles |
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8. If a type of eubacteria contains chlorophyll, what does this type of bacteria have in common with plants? |
capable of photosynthesis |
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9. Explain why light energy is written about the arrow in the equation for photosynthesis? |
it is necessary for the reaction to occur |
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10. What molecule is represented by X? |
ATP |
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11. Where is energy stored in a molecule of ATP? |
in the bonds! |
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12. |
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13. Which pictures go through cellular respiration? |
ALL of them! |
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14. Cellular respiration uses one molecule of glucose to make ______ ATP |
36 |
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15.Aerobic and Anaerobic are two types of Cellular Respiration. Fill in the following T-Chart with the correct words. ( with oxygen, without oxygen, fermentation, 36ATP, low ATP, lactic acid, running a marathon, sprinting, baking/brewing, mitochondria) |
aerobic: with oxygen, 36 ATP, running a marathon, mitochondria anaerobic: without oxygen, sprinting, fermentation, low ATP, lactic acid, baking/brewing, mitochondria |
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16. In order list the main stages of cellular respiration in the presence of oxygen |
glycolysis, krebs cycle, eletron transport chain |
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17. Many molecules are involved in the production of ATP from food. What is the essential carrier for energy for all of these molecules? |
high energy electrons |
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18. Is the following picture a prokaryote or eukaryote? Explain |
prokaryote- no nucleus, no organelles |
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19. Explain the condensation reaction and how it relates to amino acids and proteins. |
allows amino acids to join together to build proteins |
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20. Explain the cellular process that takes place in the ribosomes that are bound to the ER. |
synthesize (make) proteins |
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21. A substrate is affected by an enzyme . In order for an enzyme to be effective it must bind to the ______ transform the substrate in to ______ and release the products. |
substrate, products |
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22. During cell respiration energy is transferred from ___________ to ____________ |
glucose to ATP |
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23. |
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24. Energy is captured and stored in the chloroplast/mitochondria and released in the chloroplast/mitochondria |
chloroplast, mitochondria |
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25. The removal of a third phosphate group from ATP will result in release, creation, absorption of energy |
release |
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26. The type of energy transformation that occurs in photosynthesis is: electrical to mechanical, light to chemical, heat to electrical |
light to chemical |
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27. Label the processes that are represented the A and B |
A- Cell Respiration B- Photosynthesis |
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28. Label reactants and products |
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32. What materials move out of the chloroplast from the calvin cycle? |
C6H12O6 |
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33. What materials move out of the chloroplast from the light dependent reactions? |
oxygen, ATP, NADPH |
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34. Fill in the blank on the diagram |
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38. List the main ATP producing pathway during aerobic respiraton |
Electron Transport Chain |
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39. What process occurs during the electron transport chain? High energy electrons from the __________cycle convert ___________ to ATP |
Krebs, ADP |
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40. Compare and contrast photosynthesis from cellular respiration. Explain why they are considered complimentary |
contrast: photosynthesis takes place in chloroplast, cell resp. takes place in mitochondria complimentary: oxygen and glucose are produced during photosynthesis and used during cellular respiration (same formula but reversed) |