Unit 2 review

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Across
  1. 1. A non spontaneous reaction that has a negative delta g due to releasing free energy
  2. 3. A reaction that happens when there’s no oxygen available and can produce both lactic acid and ethanol
  3. 5. Light independent chemical reactions that occur in the chloroplasts and converts CO2 into glucose
  4. 7. Third stage of cellular respiration
  5. 8. Recharges ADP back into ATP
  6. 10. Light feeders that get energy from the sun, producers
  7. 14. Specific region of the enzyme where the substrate binds
  8. 15. High maintenance reactions that build macromolecules
  9. 18. Light energy absorbed by chlorophyll for photosynthesis
  10. 20. Method that both mitochondria and chloroplasts use to generate ATP
  11. 21. Initial investment of energy required to start a reaction
  12. 23. Energy currency of the cell
  13. 26. A spontaneous reaction that has a positive delta g due to requiring energy
  14. 27. Consumes organic compounds, a consumer
  15. 29. Energy that is stored
  16. 33. Where chlorophyll pigments are located
  17. 35. Second step in the calvin cycle (synthesis of triose phosphate)
  18. 37. The amount of disorder in a system
  19. 39. Chlorphyll does this with violet/blue/red wavelengths
  20. 41. Element needed during aerobic processes
  21. 42. Type of electron flow that involves only PSI, uses light energy, and produces ATP (but not O2 or NADPH)
  22. 43. Consumes inorganic compounds
  23. 45. Green pigment responsible for absorbing light in order to provide energy for photosynthesis
  24. 50. Type of electron flow that involves both PSI and PSII, uses light energy, and produces ATP, O2, and NADPH
  25. 51. Energy associated with heat
  26. 52. Third step in the calvin cycle (3-carbon compounds are reorganized and combined to produce RuBP)
  27. 53. Energy of motion
  28. 55. Electron transfer/redox reactions that take place within both protein complexes and diffusable compounds
  29. 56. Chemical reactions that break large molecules into smaller units
  30. 57. Fourth stage of cellular respiration
  31. 58. Second phase of glycolysis where glucose is split into two G3P
  32. 59. Chlorophyll does this with green wavelengths
  33. 60. Function of water in the photosynthetic electron transport chain
Down
  1. 2. Type of inhibitor that indirectly interferes with the substrate
  2. 4. Function of NAD+/NADH & FADH2 in the photosynthetic electron transport chain
  3. 6. Second stage of cellular respiration
  4. 9. Where calvin cycle reactions take place
  5. 11. Function of NADP+ and NADPH in the photosynthetic electron transport chain
  6. 12. Every energy transformation increases disorder in the universe
  7. 13. Main location of cellular respiration in the cell
  8. 16. Reactions carried out by molecules in the thylakoid membranes
  9. 17. Type of inhibitor that directly interferes with the substrate
  10. 19. Reactants are CO2, H2O, and light energy. Products are glucose, oxygen, and CO2.
  11. 22. The "uncharged" form of ATP produced along with CO2 in cellular respiration
  12. 24. Total amount of energy is constant and cannot be created or destroyed
  13. 25. First phase of glycolysis where ATP is consumed
  14. 26. The capacity to do work
  15. 28. Protein catalysts that reduce the needed activation energy
  16. 30. Type of energy mitochondria uses to generate ATP
  17. 31. Green pigmented organelles that acts as the site of photosynthesis
  18. 32. Absorbs lights from regions of the visible spectrum that are poorly absorbed by chlorphyll
  19. 34. Molecule loses electrons/gained oxygen and lost hydrogen
  20. 35. Enzyme used in the calvin cycle that helps with producing RuBP
  21. 36. First step in the calvin cycle (Carbon enters as CO2)
  22. 38. Type of energy chloroplasts use to generate ATP
  23. 40. Directly enters glycolysis, but can be used to make larger molecules (C6H12O6)
  24. 42. Reactants are glucose and oxygen, products are CO2, H2O, and energy
  25. 44. Molecule gains electrons/lost oxygen and gained hydrogen
  26. 46. Amount of energy available to do work
  27. 47. First stage of cellular respiration
  28. 48. The area protons accumulate in during electron transport
  29. 49. The oxidized form of pyruvate that’s produced along with CO2
  30. 54. Third phase of glycolysis which results in a net gain of 2 ATP