'3 adp' diaporamas de présentation

Photosynthesis

Photosynthesis. 0. 8. Figure 8.2. 40 ? m. (d) Cyanobacteria. (a) Plants. (b) Multicellular alga. 1 ? m. (e) Purple sulfur bacteria. 10 ? m. (c) Unicellular eukaryotes. Figure 8.3a. Leaf cross section. Vein. Chloroplasts. Mesophyll. Stomata. CO 2. O 2. Figure 8.3b.

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Fig. 10-1

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Photosynthesis:

Photosynthesis:. Photoautotrophs in action. Photosynthesis. Light energy Chemical energy Autotrophs are important to our biosphere. WHY?. Mesophyll. chloroplast. vein. stomata. Leaf cross-section. So where are we?. Chloroplasts. Photosynthesis occurs in the chloroplast.

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Hinton Scholars Program

Hinton Scholars Program. Photosynthesis. Fig. 10-5-1. H 2 O. Light. NADP +. ADP. +. P. i. Light Reactions. Chloroplast. Fig. 10-5-2. H 2 O. Light. NADP +. ADP. +. P. i. Light Reactions. ATP. NADPH. Chloroplast. O 2. Fig. 10-5-3. CO 2. H 2 O. Light. NADP +. ADP. +.

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Chapter 7 - Photosynthesis

(c) Euglena. (d) Cyanobacteria. (b) Kelp. (a) Mosses, ferns, and flowering plants. Chapter 7 - Photosynthesis. Almost all plants are photosynthetic autotrophs, as are some bacteria and protists. They generate their own organic matter through photosynthesis.

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