What is the name given to the disk-like membranes inside the chloroplasts?,BIOLOGY
BIOLOGY
EXAM # 2 CHAPTERS 6-9, 11, 12Page or Figure # Item to be learned … Chapter 6: Where It Starts — Photosynthesis 93 _?_- such as plants make their own food; consumers, or _?_-, must eat others. 94 Recall: all energy for autotrophic photosynthesis comes from the _?_. 94 (col 2) Light is organized in packets of electromagnetic energy called _?_. 94 _?_ is an organic molecule that selectively absorbs light of specific wavelengths.
STUDY GUIDE BISC 101 STARR 8TH EDITION
EXAM # 2 CHAPTERS 6-9, 11, 12
Page or Figure # Item to be learned … Chapter 6: Where It Starts — Photosynthesis 93 _?_- such as plants make their own food; consumers, or _?_-, must eat others. 94 Recall: all energy for autotrophic photosynthesis comes from the _?_. 94 (col 2) Light is organized in packets of electromagnetic energy called _?_. 94 _?_ is an organic molecule that selectively absorbs light of specific wavelengths. 94 What is the chief photosynthetic pigment in plants? 94 Plant leaves are seen as green because those wavelengths are absorbed/reflected (choose one) to our eyes. 95 In chlorophyll, the absorption of a photon excites the _?_ and boosts them to a higher energy level. 97 In what organelle does photosynthesis occur? 97 The semi-fluid matrix inside the chloroplast is called the _?_. 97 What is the name given to the disk-like membranes inside the chloroplasts? 97 In the photosynthesis equation, which molecules are the reactants? Which are the products? 97 In the light-DEpendent reactions:
ADP accepts H, e-, and P to become _?_;
NADP+ accepts H and e- to become _?_;
Water is split to yield _?_ gas. 97 In the light-INdependent reactions, ATP and NADPH are used as energy sources to synthesize molecules of _?_. 98 Groups of chlorophylls, known as _?_, work as “antenna systems” to capture the energy of light to begin photosynthesis. 98 & Fig 6.7 When light strikes chlorophylls in photosystems I and II, electrons are released and immediately enter the _?_ _?_ chains located in the thylakoid membranes. 98 & Fig 6.7 As the ejected electrons move along the electron transfer chain of photosystem II, energy is used to pump _?_ ions into the interior of the thylakoid. 99 & Fig 6.7 As the electrons move along the electron transfer chain of photosystem I, they are eventually are picked up by NADP+ to form _?_. 98 & Fig 6.7 The accumulating H+ ions can leave the thylakoid compartment only…
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