51.27 162.24 10 PPM 5 PPM

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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Give a name to each of the unknown numbers.
1
Acquisition and
Processing Parameters
Acquisition Time:
2016/10/27 12:59:51+0700
Nucleus: H
Solvent: Chloroform-d
TX Frequency: 59.76 MHz
Scans: 4
Time Per Scan: 6.9 sec
Spectral Width: 10 ppm
Dwell Time: 0.29 us
Digital Resolution: 0.02 Hz
NPoints (Complex): 4096
Zero Filling: 7
Apodization; 0,10
Receiver Gain: 19
Pulse Width: 20.0 us
Peaks:
1: 55 Hz (0.93 ppm)
2: 61 Hz (1.03 ppm)
3: 220 Hz (3.69 ppm)
4: 224 Hz (3.76 ppm)
5: 232 Hz (3.89 ppm)
6: 238 Hz (3.99 ppm)
2016-10-27
51.27
162.24
5 PPM
O PPM
10 PPM
Transcribed Image Text:1 Acquisition and Processing Parameters Acquisition Time: 2016/10/27 12:59:51+0700 Nucleus: H Solvent: Chloroform-d TX Frequency: 59.76 MHz Scans: 4 Time Per Scan: 6.9 sec Spectral Width: 10 ppm Dwell Time: 0.29 us Digital Resolution: 0.02 Hz NPoints (Complex): 4096 Zero Filling: 7 Apodization; 0,10 Receiver Gain: 19 Pulse Width: 20.0 us Peaks: 1: 55 Hz (0.93 ppm) 2: 61 Hz (1.03 ppm) 3: 220 Hz (3.69 ppm) 4: 224 Hz (3.76 ppm) 5: 232 Hz (3.89 ppm) 6: 238 Hz (3.99 ppm) 2016-10-27 51.27 162.24 5 PPM O PPM 10 PPM
Acquisition and
Processing Parameters
Acquisition Time:
2016/10/27 13:01:05+0700
Nucleus: H
Solvent: Chloroform-d
TX Frequency: 59.76 MHz
Scans: 4
Time Per Scan: 6.9 sec
Spectral Width: 10 ppm
Dwell Time: 0.29 uS
Digital Resolution: 0.02 Hz
NPoints (Complex): 4096
Zero Filling: 7
Apodization: 0.10
Receiver Gain: 19
Pulse Width: 20.0 us
Peaks:
1: 161 Hz (2.70 ppm)
2: 451 Hz (7.56 ppm)
2016-10-27
1.83
1.00
10 PPM
5 PPM
O PPM
Transcribed Image Text:Acquisition and Processing Parameters Acquisition Time: 2016/10/27 13:01:05+0700 Nucleus: H Solvent: Chloroform-d TX Frequency: 59.76 MHz Scans: 4 Time Per Scan: 6.9 sec Spectral Width: 10 ppm Dwell Time: 0.29 uS Digital Resolution: 0.02 Hz NPoints (Complex): 4096 Zero Filling: 7 Apodization: 0.10 Receiver Gain: 19 Pulse Width: 20.0 us Peaks: 1: 161 Hz (2.70 ppm) 2: 451 Hz (7.56 ppm) 2016-10-27 1.83 1.00 10 PPM 5 PPM O PPM
Expert Solution
Step 1 Interpretation of NMR spectrum

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In the first NMR spectrum, two peaks at ~1 ppm and ~4 ppm are visible.

 

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