7 Draw a tree diagram for H* of "CFH BICH,. Note the relative intensities of the peaks at the end of your tree.[Spin of Fluorine = ½; Spin of "C= ½; the bromine does NOT couple with H*]The coupling constants are as follows.J.y = 100 Hz (J.y means the coupling constant between H* and the F bonded to the same carbon).= 100 Hz (J- uc means the coupling constant between H* and the "C).- 10 HzH-13CJ-(Ju- means the coupling constant between H" and the H's of the CH, ).

Two types of H are there in the compound, one attached the carbon-containing F and Br. Second one is…

Draw a tree diagram for H* of "CFH BrCH, Note the relative intensities of the peaks at the end of your tree. [Spin of Fluorine =; Spin of "C ; the bromine does NOT couple with H*] The coupling constants are as follows. J. = 100 Hz (J means the coupling constant between H* and the F bonded to the same carbon). = 100 Hz (Juc means the coupling constant between H and the "C). Jr-t - 10 Hz (Ju-u means the coupling constant between H" and the H's of the CH, ).

Draw a tree diagram for H* of "CFH BrCH, Note the relative intensities of the peaks at the end of your tree. [Spin of Fluorine =; Spin of "C ; the bromine does NOT couple with H] The coupling constants are as follows. J. = 100 Hz (J means the coupling constant between H and the F bonded to the same carbon). = 100 Hz (Juc means the coupling constant between H and the "C). Jr-t - 10 Hz (Ju-u means the coupling constant between H" and the H's of the CH, ).

Organic Chemistry: A Guided Inquiry

2nd Edition

ISBN:9780618974122

Author:Andrei Straumanis

Publisher:Andrei Straumanis

ChapterL1: Infrared Spectroscopy

Section: Chapter Questions

Problem 13CTQ

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Subject: chemistry
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