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The following gas chromatogram was obtained after a dehydration reaction of 2-methylcyclohexanol.  a. Write the reaction of 2-methylcyclohexanol with phosphoric acid to produce three alkenes. b. Rank the alkene products in order of increasing stability (1 = least, 3 = most). c. Using Zaitsev’s rule to interpret the GC, record the retention time of each product.

The following gas chromatogram was obtained after a dehydration reaction of 2-methylcyclohexanol.  a. Write the reaction of 2-methylcyclohexanol with phosphoric acid to produce three alkenes. b. Rank the alkene products in order of increasing stability (1 = least, 3 = most). c. Using Zaitsev’s rule to interpret the GC, record the retention time of each product.

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Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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The following gas chromatogram was obtained after a dehydration reaction of 2-methylcyclohexanol. 

a. Write the reaction of 2-methylcyclohexanol with phosphoric acid to produce three alkenes.
b. Rank the alkene products in order of increasing stability (1 = least, 3 = most).
c. Using Zaitsev’s rule to interpret the GC, record the retention time of each product. 

The image displays a chromatogram labeled "FID1" with three peaks, each representing a different compound detected during analysis. The x-axis is labeled in minutes, indicating retention time, while the y-axis shows the signal intensity, which correlates with compound concentration. Key details are as follows: ### Chromatogram Peaks 1. **Peak 1:** - Retention Time: 2.005 minutes - Area: 5,166,012 - Height: 2,469,801 - Concentration: 20.886 units 2. **Peak 2:** - Retention Time: 2.143 minutes - Area: 719,618 - Height: 362,699 - Concentration: 2.909 units 3. **Peak 3:** - Retention Time: 2.353 minutes - Area: 18,848,114 - Height: 5,893,114 - Concentration: 76.204 units ### Total: - Area: 24,733,744 - Height: 8,725,614 The data table below the chromatogram summarizes the retention time, peak area, height, and concentration for each detected peak. This information is crucial for identifying and quantifying the components in the sample being analyzed.
Transcribed Image Text:The image displays a chromatogram labeled "FID1" with three peaks, each representing a different compound detected during analysis. The x-axis is labeled in minutes, indicating retention time, while the y-axis shows the signal intensity, which correlates with compound concentration. Key details are as follows: ### Chromatogram Peaks 1. **Peak 1:** - Retention Time: 2.005 minutes - Area: 5,166,012 - Height: 2,469,801 - Concentration: 20.886 units 2. **Peak 2:** - Retention Time: 2.143 minutes - Area: 719,618 - Height: 362,699 - Concentration: 2.909 units 3. **Peak 3:** - Retention Time: 2.353 minutes - Area: 18,848,114 - Height: 5,893,114 - Concentration: 76.204 units ### Total: - Area: 24,733,744 - Height: 8,725,614 The data table below the chromatogram summarizes the retention time, peak area, height, and concentration for each detected peak. This information is crucial for identifying and quantifying the components in the sample being analyzed.
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