Photosynthesis Process 6 2 Photosynthesis plant cells use

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 • Photosynthesis Process = 6. 2 Photosynthesis plant cells use light energy pp.

• Photosynthesis Process = 6. 2 Photosynthesis plant cells use light energy pp. 118 -120 to rearrange water and carbon dioxide molecules into sugar molecules • Oxygen is a by-product (leftover, waste product) • Energy now stored in the sugar

 • 6 H O + 6 CO + light ----2 2 6. 2

• 6 H O + 6 CO + light ----2 2 6. 2 Photosynthesis -----> C 6 H 12 O 6 + 6 O 2 pp. 118 -120 • 6 waters + 6 Carbon Dioxides → 1 sugar + 6 oxygen molecules • Stoma = pores on the surface of plant that gases and water can move through

The rate of photosynthesis is 6. 2 Photosynthesis affected by environmental pp. 118 -120

The rate of photosynthesis is 6. 2 Photosynthesis affected by environmental pp. 118 -120 factors: Explain the relationship between CO 2 concentration and rate of photosynthesis.

The rate of photosynthesis is 6. 2 Photosynthesis affected by environmental pp. 118 -120

The rate of photosynthesis is 6. 2 Photosynthesis affected by environmental pp. 118 -120 factors: Why does the rate of photosynthesis level off even as the light intensity continues to increase?

The rate of photosynthesis is 6. 2 Photosynthesis affected by environmental pp. 118 -120

The rate of photosynthesis is 6. 2 Photosynthesis affected by environmental pp. 118 -120 factors: Why might the rate of photosynthesis decrease past a certain temperature? What is the optimal temperature for photosynthesis?

Calvin Cycle = series of 6. 2 Photosynthesis chemical reactions in which is pp.

Calvin Cycle = series of 6. 2 Photosynthesis chemical reactions in which is pp. 118 -120 CO 2 converted into C 6 H 12 O 6 (sugar) See the diagram on page 117. • Carbons are rearranged like lego pieces • ATP molecules provide the energy to drive it • ATP = ENERGY

Calvin Cycle = series of 6. 2 Photosynthesis chemical reactions in which is pp.

Calvin Cycle = series of 6. 2 Photosynthesis chemical reactions in which is pp. 118 -120 CO 2 converted into C 6 H 12 O 6 (sugar) See the diagram on page 117.