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j er of 's for each of the formulas in (1.). 3. For each M*: M*+2 pair in (1.) give the ratio of M* to M*+2 expected to be observed in the MS. 4. For each m/z below, determine the possible molecular formulas (CHX) incorporating one atom of the indicated halogen isotope. a. 156 (1271) b. 170 (7⁹Br) c. 78 (37CI) d. 76 (F) 5. For each of the m/z in (4.) calculate the m/z for the fragment resulting from the loss of the halogen atom. 18

j er of 's for each of the formulas in (1.). 3. For each M*: M*+2 pair in (1.) give the ratio of M* to M*+2 expected to be observed in the MS. 4. For each m/z below, determine the possible molecular formulas (CHX) incorporating one atom of the indicated halogen isotope. a. 156 (1271) b. 170 (7⁹Br) c. 78 (37CI) d. 76 (F) 5. For each of the m/z in (4.) calculate the m/z for the fragment resulting from the loss of the halogen atom. 18

Introduction to General, Organic and Biochemistry
Introduction to General, Organic and Biochemistry
11th Edition
ISBN:9781285869759
Author:Frederick A. Bettelheim, William H. Brown, Mary K. Campbell, Shawn O. Farrell, Omar Torres
Publisher:Frederick A. Bettelheim, William H. Brown, Mary K. Campbell, Shawn O. Farrell, Omar Torres
Chapter2: Atoms
Section: Chapter Questions
Problem 2.83P: 2-83 The natural abundance of boron isotopes is as follows: 19.9sf boron-l0 (10.013 amu) and 80.1%...
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j er of 's for each of the formulas in (1.). 3. For each M*: M*+2 pair in (1.) give the ratio of M* to M*+2 expected to be observed in the MS. 4. For each m/z below, determine the possible molecular formulas (CHX) incorporating one atom of the indicated halogen isotope. a. 156 (1271) b. 170 (7⁹Br) c. 78 (37CI) d. 76 (F) 5. For each of the m/z in (4.) calculate the m/z for the fragment resulting from the loss of the halogen atom. 18
Transcribed Image Text:j er of 's for each of the formulas in (1.). 3. For each M*: M*+2 pair in (1.) give the ratio of M* to M*+2 expected to be observed in the MS. 4. For each m/z below, determine the possible molecular formulas (CHX) incorporating one atom of the indicated halogen isotope. a. 156 (1271) b. 170 (7⁹Br) c. 78 (37CI) d. 76 (F) 5. For each of the m/z in (4.) calculate the m/z for the fragment resulting from the loss of the halogen atom. 18
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