---### Predict the Relative Intensities of the M and M+2 for the Following Compound#### Instructions:Choose the approximate ratio of intensities from the drop-down list provided. Use values from the table below to determine the ratio.#### Compound:**CH₃CH₂Cl**#### Ratio of Relative Intensities for M and M+2:**3.0:1**---#### Table 14.2: Precise Masses and Natural Abundances of Isotopes. Relative to 100 Atoms of the Most Abundant Isotope| Element | Atomic Weight | Isotope | Precise Mass (amu) | Relative Abundance ||-----------|---------------|----------|--------------------|--------------------|| Hydrogen | 1.0079 | ¹H | 1.00783 | 100 || | | ²H | 2.01410 | 0.016 || Carbon | 12.011 | ¹²C | 12.0000 | 100 || | | ¹³C | 13.0034 | 1.11 || Nitrogen | 14.007 | ¹⁴N | 14.0031 | 100 || | | ¹⁵N | 15.0001 | 0.38 || Oxygen | 15.999 | ¹⁶O | 15.9949 | 100 || | | ¹⁷O | 16.9991 | 0.04 || | | ¹⁸O | 17.9992 | 0.20 || Sulfur | 32.066 | ³²S | 31.9721 | 100 || | | ³³S | 32.9715 | 0.78 || | | ³⁴S | 33.9679 | 4.40 || Chlorine | 35.453 | ³⁵Cl | 34.9689 | 100 || | | ³⁷Cl |

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Predict the relative intensities following compound. Choose the approximate ratio of intensities from the drop-down list provided. Use values from the table below to determine the ratio. CH3CH₂Cl Ratio of Relative Intensities for M and M+2: 3.0:1

Predict the relative intensities following compound. Choose the approximate ratio of intensities from the drop-down list provided. Use values from the table below to determine the ratio. CH3CH₂Cl Ratio of Relative Intensities for M and M+2: 3.0:1

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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