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OXYGEN

CARBON DIOXIDE. OXYGEN . GLUCOSE. NADPH. ATP. Photosynthesis. Label the major parts of a chloroplast organelle Thylakoid Grana Stroma. CARBON DIOXIDE. OXYGEN . GLUCOSE. NADPH. ATP. Thylakoid . Stroma. Grana. Photosynthesis. Light Dependent Reactions -

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OXYGEN

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  1. CARBON DIOXIDE OXYGEN GLUCOSE NADPH ATP

  2. Photosynthesis • Label the major parts of a chloroplast organelle • Thylakoid • Grana • Stroma

  3. CARBON DIOXIDE OXYGEN GLUCOSE NADPH ATP Thylakoid Stroma Grana

  4. Photosynthesis • Light Dependent Reactions - • Take place in the thylakoid • Label the thylakoid as the location where light dependent reactions take place

  5. CARBON DIOXIDE OXYGEN GLUCOSE NADPH ATP Thylakoid- Light Dependent Reactions Stroma Grana

  6. Photosynthesis • Light Dependent Reactions • 1. Light energy strikes the chloroplast and hits the chlorophyll in the thylakoid. • Color the sun yellow • Draw an arrow from the sun to the starred thylakoid

  7. CARBON DIOXIDE OXYGEN GLUCOSE NADPH ATP Thylakoid- Light Dependent Reactions Stroma Grana

  8. Photosynthesis • Light Dependent Reactions • 2. Water enters the chloroplast • Color the water blue • Draw an arrow from the water drop to the starred thylakoid

  9. CARBON DIOXIDE OXYGEN GLUCOSE NADPH ATP Thylakoid- Light Dependent Reactions Stroma Grana

  10. Photosynthesis • Light Dependent Reactions • 3. Oxygen is given off (leaves the thylakoid/chloroplast) • Draw an arrow from the starred thylakoid to the oxygen

  11. CARBON DIOXIDE OXYGEN GLUCOSE NADPH ATP Thylakoid- Light Dependent Reactions Stroma Grana

  12. Photosynthesis • Light Dependent Reactions • 4. NADPH and ATP are produced (and will be used in the light independent reactions) • Draw an arrow from the starred thylakoid to NADPH and ATP

  13. CARBON DIOXIDE OXYGEN GLUCOSE NADPH ATP Thylakoid- Light Dependent Reactions Stroma Grana

  14. Photosynthesis • Light Independent Reactions (Calvin Cycle) • Label the stroma as the location where light independent reactions (the Calvin Cycle) takes place

  15. CARBON DIOXIDE OXYGEN GLUCOSE NADPH ATP Thylakoid- Light Dependent Reactions Stroma – light independent reactions (Calvin Cycle) Grana

  16. Photosynthesis • Light Independent Reactions (Calvin Cycle) • 1. NADPH and ATP go from the thylakoid to the stroma. • Draw an arrow from the NADPH and ATP to the stroma.

  17. CARBON DIOXIDE OXYGEN GLUCOSE NADPH ATP Thylakoid- Light Dependent Reactions Stroma Grana

  18. Photosynthesis • Light Independent Reactions (Calvin Cycle) • 2. Carbon Dioxide enters the stroma. • Draw an arrow from carbon dioxide to the stroma.

  19. CARBON DIOXIDE OXYGEN GLUCOSE NADPH ATP Thylakoid- Light Dependent Reactions Stroma Grana

  20. Photosynthesis • Light Independent Reactions (Calvin Cycle) • 3. Glucose (sugar) is made and leaves the chloroplast. • Draw an arrow from the stroma to the glucose

  21. CARBON DIOXIDE OXYGEN GLUCOSE NADPH ATP Thylakoid- Light Dependent Reactions Stroma Grana

  22. Photosynthesis • Generally speaking, what comes into the chloroplast during photosynthesis? • Carbon Dioxide, Water and Light Energy

  23. Photosynthesis • Generally speaking, what goes out of the chloroplast during photosynthesis? • Glucose and Oxygen

  24. Photosynthesis Lets turn this into a formula (word equation). Carbon Dioxide + Water + Light Energy  Glucose + Oxygen

  25. Photosynthesis Lets turn this into a formula (chemical equation). Carbon Dioxide + Water + Light Energy  Glucose + Oxygen CO2 + H2O + Light Energy  C6H12O6 + O2

  26. Photosynthesis Lets turn this into a formula (chemical equation). Carbon Dioxide + Water + Light Energy  Glucose + Oxygen 6CO2+ 6H2O + Light Energy  C6H12O6 + 6O2

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