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James Portman
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Asked: 2022-04-13T03:38:17+00:00 In:

Provide a structure for the following compound.

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Provide a structure for the following compound.
C6H13N; 
IR: 3280, 1653, 898 cm-1;
1H NMR spectrum.

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♦ Relevant knowledge

Infrared radiation is used for IR spectrum so that vibrational changes can take place. The primary requirement for the vibrational change of a compound is that the compound should have a permanent dipole. It is used to identify the functional groups found within the composition of the substance.
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  1. Best Answer
    Expert

    Identification of compound using spectral data

    IR

    3280 cm-1 N-H stretch

    1653 cm-1 C=C stretch

    1H NMR

    1.05ppm (t. 3H) for CH3 adjacent to CH2

    1.85 ppm (s. 3H) CH3 for quaternary alkenic C

    2.6 ppm (q. 2H) for CH2 in the range CH3 to NH

    3.08 ppm (s. 2H) for CH2 in the range NH-alkenic C

    Terminal alkenic CH2 at 4.8ppm (d. 2H)

     

    Structure


    Provide%20a%20structure%20for%20the%20following%20compound.%20C_6%20H_13%20N;%20IR:%203280,%201653,%20898%20cm%5E-1;%5E1H%20NMR...

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  2. Identification of compound using spectral data

    IR

    3280 cm-1 N-H stretch

    1653 cm-1 C=C stretch

    1H NMR

    1.05ppm (t. 3H) for CH3 adjacent to CH2

    1.85 ppm (s. 3H) CH3 for quaternary alkenic A

    2.6 ppm (q. 2H) for CH2 in the range CH3 to NH

    3.08 ppm (s. 2H) for CH2 in the range NH-alkenic C

    Terminal alkenic CH2 at 4.8ppm (d. 2H)

    Structure


    Provide%20a%20structure%20for%20the%20following%20compound.%20C_6%20H_13%20N;%20IR:%203280,%201653,%20898%20cm%5E-1;%5E1H%20NMR...

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