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A. Using the average atomic mass, calculate the number of atoms present in 2.00g of silver, Ag. b. Using the average atomic mass, calculate the number of atoms.

A. Using the average atomic mass, calculate the number of atoms present in 2.00g of silver, Ag. b. Using the average atomic mass, calculate the number of atoms.
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a. Using the average atomic mass, calculate the number of atoms present in 2.00g of silver, Ag. b. Using the average atomic mass, calculate the number of atoms.

User TheSmurf
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1 Answer

2 votes

Answer:

1.1163×10^22 atoms of silver in 2.00 grams of silver.

Step-by-step explanation:

User Philip Dernovoy
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