Consider the proton NMR spectrum of styrene and splitting trees for the H* and H protons.SOH2SOHZ++++++OHzSOH2++++HH°C=C6.78 6.665.18 5.66$28 s.181096.18 (ppm)FIGURE 13-31Proton NMR spectrum of styrene.85.658 6.6shift of Hchemical shift of H= 17 HzJah = 17 HzJe = 1.4 HzJo = 11 Hzc=11 HzPart ADraw a splitting tree, similar to those for H" and H", for proton H in styrene.Drag the appropriate labels to their respective targets.Reset Help2.35.1685.58Jac =21Joc = OI1.411Hz

Splitting of peaks in NMR spectra arises due to the coupling of closely related protons. The…

Consider the proton NMR spectrum of styrene and splitting trees for the H and H protons. OHz SOHz OHz SOHE He SOHA H H +++ t 528 S.18 6.78 668 76 568 10 9. 8 (ppm) FIGURE 13-31 Proton NMR spectrum of styrene. 85.65 86.6 shift of H chemical shift of H = 17 Hz = 17 Hz J-14 Hz J=11 Hz. -11 Hz Part A Draw a splitting tree, similar to those for H and H°, for proton H in styrene. Drag the appropriate labels to their respective targets. Reset Help 2.3 5.16 65.58 Jac =O0 21 1.4 11 Hz

Consider the proton NMR spectrum of styrene and splitting trees for the H and H protons. OHz SOHz OHz SOHE He SOHA H H +++ t 528 S.18 6.78 668 76 568 10 9. 8 (ppm) FIGURE 13-31 Proton NMR spectrum of styrene. 85.65 86.6 shift of H chemical shift of H = 17 Hz = 17 Hz J-14 Hz J=11 Hz. -11 Hz Part A Draw a splitting tree, similar to those for H and H°, for proton H in styrene. Drag the appropriate labels to their respective targets. Reset Help 2.3 5.16 65.58 Jac =O0 21 1.4 11 Hz

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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