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1. Determine the molecular mass of the compound and identify the molecular lon peak. 2. Determine the number of carbon atoms (you'll need to measure peak heights to compare them). 3. Determine the presence or absence of chlorine and bromine in the compound. 4. Determine the molecular formula. 5. Calculate the hydrogen deficiency index. 6. From the provided list of compounds, identify the molecule represented in each graph. Draw the structure alongside your identification. 917 100 Spectrum C 172- 1707 Possible Compounds 1. Methyl butanoate 2. Propionic acid 3. Butan-1-amine 4. Prop-2-yn-1-ol 5. 1-nitropropane 6. 2-phenoxylethanol 7. 4-heptanone 8. 3-heptanol 9. 4-bromotoluene 10. 2-bromopentane 11.2-hexanone 50 657 397 507 150 100 m/z 50 Important: Scale is off. Use the following meaurements for the heights 12. 2,6-dichlorophenol of the M and Mt1 peaks. Spectrum C: (M): 31% of base peak, (M+)- 2.9% of base peak % of Base Peak

1. Determine the molecular mass of the compound and identify the molecular lon peak. 2. Determine the number of carbon atoms (you'll need to measure peak heights to compare them). 3. Determine the presence or absence of chlorine and bromine in the compound. 4. Determine the molecular formula. 5. Calculate the hydrogen deficiency index. 6. From the provided list of compounds, identify the molecule represented in each graph. Draw the structure alongside your identification. 917 100 Spectrum C 172- 1707 Possible Compounds 1. Methyl butanoate 2. Propionic acid 3. Butan-1-amine 4. Prop-2-yn-1-ol 5. 1-nitropropane 6. 2-phenoxylethanol 7. 4-heptanone 8. 3-heptanol 9. 4-bromotoluene 10. 2-bromopentane 11.2-hexanone 50 657 397 507 150 100 m/z 50 Important: Scale is off. Use the following meaurements for the heights 12. 2,6-dichlorophenol of the M and Mt1 peaks. Spectrum C: (M): 31% of base peak, (M+)- 2.9% of base peak % of Base Peak

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
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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1. Determine the molecular mass of the compound and identify the molecular ion peak. 2. Determine the number of carbon atoms (you'll need to measure peak heights to compare them). 3. Determine the presence or absence of chlorine and bromine in the compound. 4. Determine the molecular formula. 5. Calculate the hydrogen deficiency index. 6. From the provided list of compounds, identify the molecule represented in each graph. Draw the structure alongside your identification. 917 100 Spectrum C 1727 1707 Possible Compounds 1. Methyl butanoate 2. Propionic acid 3. Butan-1-amine 657 397 507 757 4. Prop-2-yn-1-ol 5. 1-nitropropane 6. 2-phenoxylethanol 7. 4-heptanone 8. 3-heptanol 9. 4-bromotoluene 150 100 m/z 50 10. 2-bromopentane 11.2-hexanone I mportant: Scale is off. Use the following measurements for the heights 12. 2,6-dichlorophenol of the M and MtI peaks. Spectrum C: (M)- 37% of base peak, (M+)= 2.9% of base peak % of Base Peak 50
Transcribed Image Text:1. Determine the molecular mass of the compound and identify the molecular ion peak. 2. Determine the number of carbon atoms (you'll need to measure peak heights to compare them). 3. Determine the presence or absence of chlorine and bromine in the compound. 4. Determine the molecular formula. 5. Calculate the hydrogen deficiency index. 6. From the provided list of compounds, identify the molecule represented in each graph. Draw the structure alongside your identification. 917 100 Spectrum C 1727 1707 Possible Compounds 1. Methyl butanoate 2. Propionic acid 3. Butan-1-amine 657 397 507 757 4. Prop-2-yn-1-ol 5. 1-nitropropane 6. 2-phenoxylethanol 7. 4-heptanone 8. 3-heptanol 9. 4-bromotoluene 150 100 m/z 50 10. 2-bromopentane 11.2-hexanone I mportant: Scale is off. Use the following measurements for the heights 12. 2,6-dichlorophenol of the M and MtI peaks. Spectrum C: (M)- 37% of base peak, (M+)= 2.9% of base peak % of Base Peak 50
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