Naturally occurring silicon has an atomic mass of 28.086 and consists of three isotopes. The major isotope is 28Si, natural abundance 92.23%, relative atomic mass 27.97693. The next most abundant isotope is 29Si, relative atomic mass 28.97649. The third isotope is 30Si whose natural abundance is in the ratio of 0.6592 to that of 29Si. Find the relative atomic mass of 30Si.
Naturally occurring silicon has an atomic mass of 28.086 and consists of three isotopes. The major isotope is 28Si, natural abundance 92.23%, relative atomic mass 27.97693. The next most abundant isotope is 29Si, relative atomic mass 28.97649. The third isotope is 30Si whose natural abundance is in the ratio of 0.6592 to that of 29Si. Find the relative atomic mass of 30Si.
Chemistry for Engineering Students
4th Edition
ISBN:9781337398909
Author:Lawrence S. Brown, Tom Holme
Publisher:Lawrence S. Brown, Tom Holme
Chapter2: Atoms And Molecules
Section: Chapter Questions
Problem 2.90PAE: 2.90 Naturally occurring europium has an average atomic weight of 151.964 amu. If the only isotopes...
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Naturally occurring silicon has an atomic mass of 28.086 and consists of three isotopes. The major isotope is 28Si,
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