Electron

... of the nucleolus, besides the fact that it manufactures the ribosomal subunits. -Why is it that the nucleolus appears very dark in transmission electron micrographs? Does it have heterochromatin? Does it even have DNA? Thanks.

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C6H12O6 + 6O2 --> 6CO2 + 6H2O + (energy – ATP + heat) Oxidation half-reaction C6H12O6 --> CO2 a + b + c = 0 a + b = 0 a + (+12) + (-12) = 0 a + (-4) = 0 a = 0 a = +4 ON of C = 0 ON of C = +4 increase of 4 Reduction half-reaction O2 --> H2O ON of O = 0 ON of O = -2 grow less of two

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... DNA in the double helix ) ? The proton transfer in the hydrogen bond was described. Therefore this case is not interesting. It is interesting - is electron transfer possible through hydrogen bond or by another way (not through hydrogen bond) ? Also question - is proton transfer possible not through ...

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... energy. Chlorophyll is able to absorb different colors of light, especially red and blue light. The relatively weak red light causes chlorophyll's electron to jump one "energy level." Since blue light has more energy, it excites the chlorophyll's electrons even more: They jump two levels. ...

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... you can see that? I will touch very quickly on Molecular Biology now wasen't that a cruel blow to Christianity the invention of the SEM (scanning electron microscope) i guess all them wonderful organisms seen on the monitor are all a figment of ones imagination right? anyway im not going to go ...

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