A fictitious element is composed of isotopes A and B with masses of 61.9887and 64.9846 amu, respectively. The atomic mass of the element is 64.52. Whatcan you conclude about the natural abundances of the two isotopes?(a) The natural abundance of isotope A must be greater than the naturalabundance of isotope B.(b) The natural abundance of isotope B must be greater than the naturalabundance of isotope A.(c) The natural abundances of both isotopes must be about equal.(d) Nothing can be concluded about the natural abundances of the twoisotopes from the given information.
A fictitious element is composed of isotopes A and B with masses of 61.9887and 64.9846 amu, respectively. The atomic mass of the element is 64.52. Whatcan you conclude about the natural abundances of the two isotopes?(a) The natural abundance of isotope A must be greater than the naturalabundance of isotope B.(b) The natural abundance of isotope B must be greater than the naturalabundance of isotope A.(c) The natural abundances of both isotopes must be about equal.(d) Nothing can be concluded about the natural abundances of the twoisotopes from the given information.
Chapter3: Atoms And Elements
Section: Chapter Questions
Problem 65E: Here are three fictitious elements and a molecular view of the atoms that compose them. The molar...
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Question
A fictitious element is composed of isotopes A and B with masses of 61.9887
and 64.9846 amu, respectively. The
can you conclude about the natural abundances of the two isotopes?
(a) The natural
abundance of isotope B.
(b) The natural abundance of isotope B must be greater than the natural
abundance of isotope A.
(c) The natural abundances of both isotopes must be about equal.
(d) Nothing can be concluded about the natural abundances of the two
isotopes from the given information.
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