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An organic chloro-compound has the molecular formula: C₁4H22Cl2. Give the ratio of the% (M+2)* to M* peak intensity for the aboye compound to two decimal places. The masses in Daltons of selected isotopes and their abundances are given in the table below: Isotope abundance and mass data Element H C N 0 F Si P S CI Br I M Isotope H-1 C-12 N-14 0-16 F-19 Si-28 P-31 S-32 Cl-35 Br-79 I-127 ANS (M+2)/M* (%) - Mass (Da) Isotope H-2 1.00783 12.0000 C-13 14.0031 N-15 15.9949 0-17 18.9984 F-20 27.9769 Si-29 30.9738 P-33 (M+1)* Abundance 0.015 1.08 0.37 0.04 0 5.1 0 31.9721 S-33 34.9689 CI-36 78.9183 Br-80 126.9045 I-128 (report the % to 2 decimal places) 0.8 2000 (M+2)+ Isotope Abundance H-3 0 C-14 0 N-16 0-18 F-21 Si-30 P-34 S-34 CI-37 Br-81 I-129 0 0.2 0 3.4 0 4.40 32.5 98.0 0

An organic chloro-compound has the molecular formula: C₁4H22Cl2. Give the ratio of the% (M+2)* to M* peak intensity for the aboye compound to two decimal places. The masses in Daltons of selected isotopes and their abundances are given in the table below: Isotope abundance and mass data Element H C N 0 F Si P S CI Br I M Isotope H-1 C-12 N-14 0-16 F-19 Si-28 P-31 S-32 Cl-35 Br-79 I-127 ANS (M+2)/M* (%) - Mass (Da) Isotope H-2 1.00783 12.0000 C-13 14.0031 N-15 15.9949 0-17 18.9984 F-20 27.9769 Si-29 30.9738 P-33 (M+1)* Abundance 0.015 1.08 0.37 0.04 0 5.1 0 31.9721 S-33 34.9689 CI-36 78.9183 Br-80 126.9045 I-128 (report the % to 2 decimal places) 0.8 2000 (M+2)+ Isotope Abundance H-3 0 C-14 0 N-16 0-18 F-21 Si-30 P-34 S-34 CI-37 Br-81 I-129 0 0.2 0 3.4 0 4.40 32.5 98.0 0

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
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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An organic chloro-compound has the molecular formula: C₁4H22Cl2. Give the ratio of the% (M+2)* to M* peak intensity for the above compound to two decimal places. The masses in Daltons of selected isotopes and their abundances are given in the table below: Isotope abundance and mass data Element Mass (Da) 1.00783 12.0000 14.0031 15.9949 18.9984 27.9769 30.9738 31.9721 34.9689 78.9183 126.9045 H C N F Si P S CI Br I Mt Isotope H-1 C-12 N-14 0-16 F-19 Si-28 P-31 S-32 Cl-35 Br-79 I-127 ANS - (M+2)/M* (%) = (M+1) Isotope H-2 C-13 N-15 0-17 F-20 Si-29 P-33 S-33 CL-36 Br-80 I-128 Abundance 0.015 1.08 0.37 0.04 0 5.1 0 0.8 0 0 0 (report the % to 2 decimal places) (M+2)* Isotope Abundance H-3 0 C-14 0 N-16 0 O-18 0.2 F-21 0 Si-30 3.4 P-34 0 S-34 4.40 CI-37 32.5 Br-81 98.0 I-129 0
Transcribed Image Text:An organic chloro-compound has the molecular formula: C₁4H22Cl2. Give the ratio of the% (M+2)* to M* peak intensity for the above compound to two decimal places. The masses in Daltons of selected isotopes and their abundances are given in the table below: Isotope abundance and mass data Element Mass (Da) 1.00783 12.0000 14.0031 15.9949 18.9984 27.9769 30.9738 31.9721 34.9689 78.9183 126.9045 H C N F Si P S CI Br I Mt Isotope H-1 C-12 N-14 0-16 F-19 Si-28 P-31 S-32 Cl-35 Br-79 I-127 ANS - (M+2)/M* (%) = (M+1) Isotope H-2 C-13 N-15 0-17 F-20 Si-29 P-33 S-33 CL-36 Br-80 I-128 Abundance 0.015 1.08 0.37 0.04 0 5.1 0 0.8 0 0 0 (report the % to 2 decimal places) (M+2)* Isotope Abundance H-3 0 C-14 0 N-16 0 O-18 0.2 F-21 0 Si-30 3.4 P-34 0 S-34 4.40 CI-37 32.5 Br-81 98.0 I-129 0
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