Answer:
use the percent as the abundance and multiply it by the atomic mass and add the values together
Explanation: idk but i got it from quizlet
We have that the % values shown in the sim into a number you could use for your calculation of average masses is given as
[tex]Avg M=\frac{\sum(atomic masses of every existing element)}{100 atoms}[/tex]
From the question we are told
If you assumed 100 total atoms in a sample, how could you relate the % values shown in the sim into a number you could use for your calculation of average masses?
Generally
We will consider that the 100 total atoms as the the atoms at a 100 percent
The substance at a 100 atoms is to be calculated and is to be given as
Generally the equation for the average atomic mass is mathematically given as
[tex]Avg M=\frac{\sum(atomic masses of every existing element)}{100 atoms}[/tex]
Therefore
Now, the % values shown in the sim into a number you could use for your calculation of average masses is given as
[tex]Avg M=\frac{\sum(atomic masses of every existing element)}{100 atoms}[/tex]
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