The presence of a chlorine atom in a molecule will produce a mass spectrum with an (M+2)+• peak that is approximately 1/3 the intensity of the molecular ion peak becauseSelect answer from the options belowthe 35Cl and 37Cl isotopes have almost equal natural abundance.molecules with the 35Cl and 37Cl isotopes tend to fragment easily.the 35Cl isotope has a higher natural abundance than 37Cl isotope.the 37Cl isotope has a higher natural abundance than 35Cl isotope.Save for LaterSubmit Answer

The presence of a bromine atom in a molecule will produce a mass spectrum with an (M+2)+• peak that is approximately equal to the intensity of the molecular ion peak becauseSelect answer from the options belowthe 79Br isotope has a higher natural abundance than 81Br isotope.molecules with the 79Br and 81Br isotopes tend to fragment easily.the 79Br and 81Br isotopes have almost equal natural abundance.the 81Br isotope has a higher natural abundance than 79Br isotope.

The ion corresponding to an (M+2)+• peak that is approximately equal to the intensity of the molecular ion peak most likely contains which specific isotope?Select answer from the options below81Br79Br 35Cl37Cl  13C12C

Naturally occurring chlorine is composed mainly of two isotopes,   and  . The average atomic mass of chlorine is  .

A compound has a mass spectrum that shows a 1:1 height ratio of its (M)+• peak at m/z = 122 and its (M+2)+• peak at m/z = 124. Which of the compounds below is consistent with this data?Select answer from the options belowNone of the choices are correct.CH3CH2OCH2CH2CH2Cl

Since the natural abundance of various isotopes are detected by mass spectrometry, one would expect...Group of answer choicesA 1:1 ratio corresponding to the amount of 12C and 13C in a sample.A 1:1 ratio corresponding to the amount of 12C and 14C in a sample.A 1:1 ratio corresponding to the amount of 1H and 2H in a sample.A 1:1 ratio corresponding to the amount of 79Br and 81Br in a sample that contains one bromine atom.