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- #21
Nuclear decay is not in any measurable way affected by conditions which occur on earth.
By that you mean that it's not affected by naturally occurring conditions? But it could still be affected by man-made conditions (however greatly or slightly)?
Oh, and thanks for clearing that all up for me. I thought there was something wrong with my understanding of one of those diagrams of the creation process of C14. So C14 cannot be turned back into N14 by a proton being added again and a neutron being ejected from it? If not, could you explain why? I apologize for my lack of understanding when it comes to chemistry. Please bear with me. I'm learning... :bday:
Ok. Then I have another question. Is it possible for an organism to contain any amount of N14 in it? If so, is it possible for an organism to contain large amounts of N14? Would birds at high altitudes contain unusual amounts of N14 or C14 in them since both, you've stated, exist in the upper atmosphere?
What about plants that work off of chemosynthesis instead of photosynthesis? They both require CO2, but is C14 involved in the chemosynthesis of deep sea plants? If not, would any C14 be present in these organisms then?
By that you mean that it's not affected by naturally occurring conditions? But it could still be affected by man-made conditions (however greatly or slightly)?
Oh, and thanks for clearing that all up for me. I thought there was something wrong with my understanding of one of those diagrams of the creation process of C14. So C14 cannot be turned back into N14 by a proton being added again and a neutron being ejected from it? If not, could you explain why? I apologize for my lack of understanding when it comes to chemistry. Please bear with me. I'm learning... :bday:
Ok. Then I have another question. Is it possible for an organism to contain any amount of N14 in it? If so, is it possible for an organism to contain large amounts of N14? Would birds at high altitudes contain unusual amounts of N14 or C14 in them since both, you've stated, exist in the upper atmosphere?
What about plants that work off of chemosynthesis instead of photosynthesis? They both require CO2, but is C14 involved in the chemosynthesis of deep sea plants? If not, would any C14 be present in these organisms then?