Spectroscopy - MCAT Chemical and Physical Foundations of Biological Systems
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An IR spectroscopy reading of a compound shows a large absorption at 
. What is the identity of this compound?
An IR spectroscopy reading of a compound shows a large absorption at
Tap to reveal answer
Compounds with an alcohol group show absorptions in an IR sprectrum from 
through 
. Therefore an absorption of 
would correspond to an alcohol. Amide groups show absorptions from 
through 
. Amine groups show absorptions from 
through 
, 
through 
, 
through 
and 
through 
(aromatic amines). Carbonyl compounds such as aldehydes show strong absorptions in the IR spectrum at 
through 
.
Compounds with an alcohol group show absorptions in an IR sprectrum from
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An IR spectroscopy reading of a compound shows a large absorption at . What is the identity of this compound?
An IR spectroscopy reading of a compound shows a large absorption at
Tap to reveal answer
Compounds with an alcohol group show absorptions in an IR sprectrum from through . Therefore an absorption of would correspond to an alcohol. Amide groups show absorptions from through . Amine groups show absorptions from through , through , through and through (aromatic amines). Carbonyl compounds such as aldehydes show strong absorptions in the IR spectrum at through .
Compounds with an alcohol group show absorptions in an IR sprectrum from
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An IR spectroscopy reading of a compound shows a large absorption at . What is the identity of this compound?
An IR spectroscopy reading of a compound shows a large absorption at
Tap to reveal answer
Compounds with an alcohol group show absorptions in an IR sprectrum from through . Therefore an absorption of would correspond to an alcohol. Amide groups show absorptions from through . Amine groups show absorptions from through , through , through and through (aromatic amines). Carbonyl compounds such as aldehydes show strong absorptions in the IR spectrum at through .
Compounds with an alcohol group show absorptions in an IR sprectrum from
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An IR spectroscopy reading of a compound shows a large absorption at . What is the identity of this compound?
An IR spectroscopy reading of a compound shows a large absorption at
Tap to reveal answer
Compounds with an alcohol group show absorptions in an IR sprectrum from through . Therefore an absorption of would correspond to an alcohol. Amide groups show absorptions from through . Amine groups show absorptions from through , through , through and through (aromatic amines). Carbonyl compounds such as aldehydes show strong absorptions in the IR spectrum at through .
Compounds with an alcohol group show absorptions in an IR sprectrum from
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An IR spectroscopy reading of a compound shows a large absorption at . What is the identity of this compound?
An IR spectroscopy reading of a compound shows a large absorption at
Tap to reveal answer
Compounds with an alcohol group show absorptions in an IR sprectrum from through . Therefore an absorption of would correspond to an alcohol. Amide groups show absorptions from through . Amine groups show absorptions from through , through , through and through (aromatic amines). Carbonyl compounds such as aldehydes show strong absorptions in the IR spectrum at through .
Compounds with an alcohol group show absorptions in an IR sprectrum from
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An IR spectroscopy reading of a compound shows a large absorption at . What is the identity of this compound?
An IR spectroscopy reading of a compound shows a large absorption at
Tap to reveal answer
Compounds with an alcohol group show absorptions in an IR sprectrum from through . Therefore an absorption of would correspond to an alcohol. Amide groups show absorptions from through . Amine groups show absorptions from through , through , through and through (aromatic amines). Carbonyl compounds such as aldehydes show strong absorptions in the IR spectrum at through .
Compounds with an alcohol group show absorptions in an IR sprectrum from
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An IR spectroscopy reading of a compound shows a large absorption at . What is the identity of this compound?
An IR spectroscopy reading of a compound shows a large absorption at
Tap to reveal answer
Compounds with an alcohol group show absorptions in an IR sprectrum from through . Therefore an absorption of would correspond to an alcohol. Amide groups show absorptions from through . Amine groups show absorptions from through , through , through and through (aromatic amines). Carbonyl compounds such as aldehydes show strong absorptions in the IR spectrum at through .
Compounds with an alcohol group show absorptions in an IR sprectrum from
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