In the 1H NMR of isoamyl alcohol, which protons are responsible for the triplet at 3.6 ppm?

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In the 1H NMR of isoamyl alcohol, which protons are responsible for the triplet at 3.6 ppm?

experiment 6 NMR isoamyl alcohol.png

experiment 6 GC isoamyl alcohol.png

Organic-Chemistry

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Answer 1

Answer #1

proton at 3.6 represent the -OH proton

this -OH proton is exchangable proton

that is why instead of shorp singlet this will come as a triplet

(CH3)2CHCH2CH2OH is iso amyl alcohol,Carbinolic protons -*CH2OH is responsible for resonance at delta 3.6 ppm in 1H-nmr dur to high electronegative OH group attached with -CH2. And as a triplet due to neighbor CH2 attached with CH2OH.

answered by: Anship

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Answer 2

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In the 1H NMR of isoamyl alcohol, which protons are responsible for the triplet at 3.6 ppm?

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In the 1H NMR of isoamyl alcohol, which protons are responsible for the triplet at 3.6 ppm?

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In the 1H NMR of isoamyl alcohol, which protons are responsible for the triplet at 3.6 ppm?