Exercise: calculate the average atomic mass for the naturally occurring Mg element. The isotope distribution is shown in the following table. a. 24.33 Hint: Average atomic mass = Σ(Natural abundunce x isotopic mass) b. 24.31 Isotope Natural Abundance (%) Isotopic mass 78.99 23.99 Mg 10.00 24.99 11.01 25.98 c. 24.30 d. 24.32 e. 24.29 Mg Mg
Exercise: calculate the average atomic mass for the naturally occurring Mg element. The isotope distribution is shown in the following table. a. 24.33 Hint: Average atomic mass = Σ(Natural abundunce x isotopic mass) b. 24.31 Isotope Natural Abundance (%) Isotopic mass 78.99 23.99 Mg 10.00 24.99 11.01 25.98 c. 24.30 d. 24.32 e. 24.29 Mg Mg
Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter2: Chemical Compounds
Section2.11: Molar Mass
Problem 2.15CE
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![Exercise: calculate the average atomic mass for the naturally occurring Mg element.
The isotope distribution is shown in the following table.
12 Mg
Hint: Average atomic mass=Σ(Natural abundunce x isotopic mass)
a. 24.33
b. 24.31
C.
24.30
d. 24.32
Isotope Natural Abundance (%) Isotopic mass
78.99
23.99
Mg
10.00
24.99
Mg
11.01
25.98
e. 24.29](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F085dc6bd-923d-4464-9877-584eb11cc314%2Fe8169bfa-1929-4dbe-a7f8-0ae4e0fa4116%2Fy29klo4_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Exercise: calculate the average atomic mass for the naturally occurring Mg element.
The isotope distribution is shown in the following table.
12 Mg
Hint: Average atomic mass=Σ(Natural abundunce x isotopic mass)
a. 24.33
b. 24.31
C.
24.30
d. 24.32
Isotope Natural Abundance (%) Isotopic mass
78.99
23.99
Mg
10.00
24.99
Mg
11.01
25.98
e. 24.29
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