Why are protons bound to alkene carbons especially deshielded? none of the above
ID: 473917 • Letter: W
Question
Why are protons bound to alkene carbons especially deshielded?
none of the above
the alkene counts as two bonds to carbon, each of which is more electronegative than hydrogen
sp2 hybridized carbon is more electronegative than sp3 hybridized carbon
the induced magnetic fields associated with pi electrons
none of the above
the alkene counts as two bonds to carbon, each of which is more electronegative than hydrogen
sp2 hybridized carbon is more electronegative than sp3 hybridized carbon
the induced magnetic fields associated with pi electrons
Explanation / Answer
protons bound to alkene carbons especially are deshielded due to
d) the induced magnetic fields associated with pi electrons
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