INTERACTIVE EXAMPLE The Average Mass of an Element = When a sample of natural silver is vaporized and injected into a mass spectrometer, the results are shown in the figure here. Ag-107 is present in 51.84% abundance. Ag-109 is present in 48.16% abundance. The masses of these two isotopes are Ag-107 = 106.91 u and Ag-109 108.90 u. Use this information to compute the average mass of silver. Percent Abundance -100 60 40 -20 51.84 107 Atomic Mass 109 u Submit Show Tutor Steps

Chemistry: The Molecular Science
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Author:John W. Moore, Conrad L. Stanitski
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Chapter2: Chemical Compounds
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Problem 29QRT: Argon has three naturally occurring isotopes: 0.3336% 36Ar, 0.063% 38Ar, and 99.60% 40Ar. Estimate...
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INTERACTIVE EXAMPLE The Average Mass of an Element
=
When a sample of natural silver is vaporized and injected into a mass spectrometer, the results are shown in the figure here. Ag-107 is present in 51.84%
abundance. Ag-109 is present in 48.16% abundance. The masses of these two isotopes are Ag-107 = 106.91 u and Ag-109 108.90 u. Use this
information to compute the average mass of silver.
Percent Abundance
-100
60
40
-20
51.84
107
Atomic Mass
109
u
Submit
Show Tutor Steps
Transcribed Image Text:INTERACTIVE EXAMPLE The Average Mass of an Element = When a sample of natural silver is vaporized and injected into a mass spectrometer, the results are shown in the figure here. Ag-107 is present in 51.84% abundance. Ag-109 is present in 48.16% abundance. The masses of these two isotopes are Ag-107 = 106.91 u and Ag-109 108.90 u. Use this information to compute the average mass of silver. Percent Abundance -100 60 40 -20 51.84 107 Atomic Mass 109 u Submit Show Tutor Steps
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