in organic chemistry, what does it mean to say two atoms are in the same"environment"
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xxNoodlezxx
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This is probably a stupid question, but in a question I saw, two deuterium atoms are protruding from a central carbon (the other two bonds are one to a fluorine atom and one to a normal hydrogen) and it says the deuterium atoms are in the same environment. I wanted to know what this meant exactly? I assume it means something like they are coming from the came carbon at the same tetrahedral angle or something?
Any help would be greatly appreciated
Any help would be greatly appreciated

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Organics
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It means that the surroundings of the atoms in a molecule are indistinguishable from one another. The surroundings of the atoms must be totally equivalent, they cannot simply be attached to the same type of atom, second and successive neighbours must also be exactly the same for both atoms, for them to be in equivalent environments.
The example you gave is correct (two D's attached to the same atom) but it is not the only case where atoms are in the same environment.
I have attached some examples, which I hope will make my explanation clearer.
The example you gave is correct (two D's attached to the same atom) but it is not the only case where atoms are in the same environment.
I have attached some examples, which I hope will make my explanation clearer.
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xxNoodlezxx
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#3
(Original post by Organics)
It means that the surroundings of the atoms in a molecule are indistinguishable from one another. The surroundings of the atoms must be totally equivalent, they cannot simply be attached to the same type of atom, second and successive neighbours must also be exactly the same for both atoms, for them to be in equivalent environments.
The example you gave is correct (two D's attached to the same atom) but it is not the only case where atoms are in the same environment.
I have attached some examples, which I hope will make my explanation clearer.
It means that the surroundings of the atoms in a molecule are indistinguishable from one another. The surroundings of the atoms must be totally equivalent, they cannot simply be attached to the same type of atom, second and successive neighbours must also be exactly the same for both atoms, for them to be in equivalent environments.
The example you gave is correct (two D's attached to the same atom) but it is not the only case where atoms are in the same environment.
I have attached some examples, which I hope will make my explanation clearer.

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Organics
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