BI110 Chapter Notes - Chapter 24: Phototroph, Electronegativity, Nicotinamide Adenine Dinucleotide

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3 Feb 2017
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Use light, energy, water, and carbon to produce organic molecules (and associated energy) through photosynthesis. Acquire organic molecules (and associated energy) from other organisms. Energy is contained between bonds (shared electrons between two atoms) An electron further away from the nucleus contains more energy. Electrons have less potential energy and and are being held on tightly. Electrons in c-h bonds are equidistant from both nuclei. C and h bonds in glucose contain a lot of energy because c and h have similar electronegativities (share electrons equally) Contain high energy and can be easily removed. Electrons lose energy as they pass from donor to acceptor. Usually protons accompany the electrons (reduction of nad+) Donor becomes oxidized as it releases electrons. Oxygen is often the acceptor atom during oxidation reactions because it is highly electronegative. Redox reactions can involve a change in the degree of electron sharing.

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