Which choice best explains why the molecules below can be distinguished by IR.HMolecule AMolecule A has a peak just above 3000 cm-1 and Molecule B does not.O Molecule A has a peak for an aldehyde around 2200 cm-1 and Molecule B does not.O Molecule B has a carbonyl peak around 1750 cm1 and Molecule A does not.O Molecule A and Molecule B can't be easily distinguished by IR.CH3Molecule B

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Which choice best explains why the molecules below can be distinguished by IR. H Molecule A O Molecule A has a peak just above 3000 cm-1 and Molecule B does not. Molecule A has a peak for an aldehyde around 2200 cm and Molecule B does not. -1 Molecule B has a carbonyl peak around 1750 cm1 and Molecule A does not. Molecule A and Molecule B can't be easily distinguished by IR. OOOO .CH3 Molecule B

Which choice best explains why the molecules below can be distinguished by IR. H Molecule A O Molecule A has a peak just above 3000 cm-1 and Molecule B does not. Molecule A has a peak for an aldehyde around 2200 cm and Molecule B does not. -1 Molecule B has a carbonyl peak around 1750 cm1 and Molecule A does not. Molecule A and Molecule B can't be easily distinguished by IR. OOOO .CH3 Molecule B

Organic Chemistry: A Guided Inquiry

2nd Edition

ISBN:9780618974122

Author:Andrei Straumanis

Publisher:Andrei Straumanis

ChapterL3: Carbon (13c) Nmr Spectroscopy

Section: Chapter Questions

Problem 14CTQ

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