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Supply a molecular formula and a possible structure for the compound shown here. explain please and show the calculations

Supply a molecular formula and a possible structure for the compound shown here. explain please and show the calculations

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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d. Supply a molecular formula and a possible structure for the compound shown here.

explain please and show the calculations 

The image shows a mass spectrum graph, which plots relative intensity against mass-to-charge ratio (m/z). The x-axis represents the m/z values, ranging from 0 to 150, while the y-axis represents the relative intensity, scaling from 0 to 100. Significant peaks are visible at various m/z values, indicating the presence of ions with different mass-to-charge ratios. The most intense peak is observed at m/z = 146, with an intensity of 100. Another notable peak is at m/z = 111, with an intensity of 34.3, followed by peaks at m/z = 148 and m/z = 147 with intensities of 65.4 and 7.0, respectively. The accompanying table lists specific m/z values along with their corresponding relative intensities: - m/z = 36.0, Intensity = 1.0 - m/z = 37.0, Intensity = 4.1 - m/z = 37.5, Intensity = 1.3 - m/z = 38.0, Intensity = 3.4 - m/z = 49.0, Intensity = 2.8 - m/z = 50.0, Intensity = 14.2 - m/z = 51.0, Intensity = 4.9 - m/z = 55.0, Intensity = 4.6 - m/z = 56.0, Intensity = 1.5 - m/z = 61.0, Intensity = 1.5 - m/z = 73.0, Intensity = 7.5 - m/z = 74.0, Intensity = 12.0 - m/z = 75.0, Intensity = 24.2 - m/z = 76.0, Intensity = 3.3 - m/z = 84.0, Intensity = 2.2 - m/z = 85.0, Intensity = 3.1 - m/z = 86.0, Intensity = 1.4 - m/z = 109.0, Intensity = 1.3 - m/z = 110.0, Intensity = 2.8 - m/z = 111.0, Intensity
Transcribed Image Text:The image shows a mass spectrum graph, which plots relative intensity against mass-to-charge ratio (m/z). The x-axis represents the m/z values, ranging from 0 to 150, while the y-axis represents the relative intensity, scaling from 0 to 100. Significant peaks are visible at various m/z values, indicating the presence of ions with different mass-to-charge ratios. The most intense peak is observed at m/z = 146, with an intensity of 100. Another notable peak is at m/z = 111, with an intensity of 34.3, followed by peaks at m/z = 148 and m/z = 147 with intensities of 65.4 and 7.0, respectively. The accompanying table lists specific m/z values along with their corresponding relative intensities: - m/z = 36.0, Intensity = 1.0 - m/z = 37.0, Intensity = 4.1 - m/z = 37.5, Intensity = 1.3 - m/z = 38.0, Intensity = 3.4 - m/z = 49.0, Intensity = 2.8 - m/z = 50.0, Intensity = 14.2 - m/z = 51.0, Intensity = 4.9 - m/z = 55.0, Intensity = 4.6 - m/z = 56.0, Intensity = 1.5 - m/z = 61.0, Intensity = 1.5 - m/z = 73.0, Intensity = 7.5 - m/z = 74.0, Intensity = 12.0 - m/z = 75.0, Intensity = 24.2 - m/z = 76.0, Intensity = 3.3 - m/z = 84.0, Intensity = 2.2 - m/z = 85.0, Intensity = 3.1 - m/z = 86.0, Intensity = 1.4 - m/z = 109.0, Intensity = 1.3 - m/z = 110.0, Intensity = 2.8 - m/z = 111.0, Intensity
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Determining no. of carbon atoms

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