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'H-NMR exercises A. Number of signals, integration, and multiplicity 1. Determine the number of signals, the integration per signal, and the multiplicity of each signal for the 1H-NMR spectrum of the following molecule ( B. Chemical Displacement 1. With the chemical shift table determine what type of proton are the protons H., He and He ( Hal -CEC-H₂

'H-NMR exercises A. Number of signals, integration, and multiplicity 1. Determine the number of signals, the integration per signal, and the multiplicity of each signal for the 1H-NMR spectrum of the following molecule ( B. Chemical Displacement 1. With the chemical shift table determine what type of proton are the protons H., He and He ( Hal -CEC-H₂

Chemistry
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
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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'H-NMR exercises A. Number of signals, integration, and multiplicity 1. Determine the number of signals, the integration per signal, and the multiplicity of each signal for the 1H-NMR spectrum of the following molecule B. Chemical Displacement 1. With the chemical shift table determine what type of proton are the protons H., He and He ( >: C. Unknown C,H20 1. Complete the table below, indicating in the corresponding spaces. Sign 2. Using the same structure, place in descending order of chemical shift (highest to lowest) of the protons H., Ho, and He(): ->__ A B C 188 chemical shift 7.2 35 2 C₂H12O Integration PPM 112 76 unfolding Hal 75 3 multiplete ho C-CEC-H₂ Proton Type
Transcribed Image Text:'H-NMR exercises A. Number of signals, integration, and multiplicity 1. Determine the number of signals, the integration per signal, and the multiplicity of each signal for the 1H-NMR spectrum of the following molecule B. Chemical Displacement 1. With the chemical shift table determine what type of proton are the protons H., He and He ( >: C. Unknown C,H20 1. Complete the table below, indicating in the corresponding spaces. Sign 2. Using the same structure, place in descending order of chemical shift (highest to lowest) of the protons H., Ho, and He(): ->__ A B C 188 chemical shift 7.2 35 2 C₂H12O Integration PPM 112 76 unfolding Hal 75 3 multiplete ho C-CEC-H₂ Proton Type
II. Exercises of H-NMR A Number of signals, integration and multiplicity 1. Determine the number of signals, the integration per signal, and the multiplicity of each signal for the 1H-NMR spectrum of the following molecule 8. Chemical Displacement 1. Using the chemical shift table, determine which type of proton are the protons H.. Hs and HD 2. With the same structure, place in descending order of chemical shift (largest to smallest) of the protons H. H, and H. C. Unknown CHO 1. Complete the table below, indicating in the corresponding spaces. A 868 C 188 Displacement chemical C₂H₂O 112 Integration unfolding multiplete 2. Circle the structure that generates the H-NMR spectrum given above. ho Proton Type HO C-CECH 3. In the space provided below, draw the structure that you circle. Place the signal letters A B, C, and D near the protons that each signal generates
Transcribed Image Text:II. Exercises of H-NMR A Number of signals, integration and multiplicity 1. Determine the number of signals, the integration per signal, and the multiplicity of each signal for the 1H-NMR spectrum of the following molecule 8. Chemical Displacement 1. Using the chemical shift table, determine which type of proton are the protons H.. Hs and HD 2. With the same structure, place in descending order of chemical shift (largest to smallest) of the protons H. H, and H. C. Unknown CHO 1. Complete the table below, indicating in the corresponding spaces. A 868 C 188 Displacement chemical C₂H₂O 112 Integration unfolding multiplete 2. Circle the structure that generates the H-NMR spectrum given above. ho Proton Type HO C-CECH 3. In the space provided below, draw the structure that you circle. Place the signal letters A B, C, and D near the protons that each signal generates
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