Interpretation:
The number of representative particles needs to be determined in 11.5 mol of Ag.
Concept introduction:
In 1 mol of any substance, there are
Answer to Problem 13SSC
Explanation of Solution
For the given moles of an element, the number of atoms can be calculated using the following formula:
Putting the values,
Thus, the number atoms in 11.5 mol of Ag is
Interpretation:
The number of representative particles needs to be determined in 18.0 mol of H2O.
Concept introduction:
In 1 mol of any substance, there are
Answer to Problem 13SSC
Explanation of Solution
For the given moles of a compound, the number of molecules can be calculated using the following formula:
Putting the values,
Thus, the number molecules in 18.0 mol of H2O is
Interpretation:
The number of representative particles needs to be determined in 0.150 mol of NaCl needs to be determined.
Concept introduction:
In 1 mol of any substance, there are
Answer to Problem 13SSC
Explanation of Solution
For the given moles of a compound, the number of molecules can be calculated using the following formula:
Putting the values,
Thus, the number molecules in 0.150 mol of NaCl is
Interpretation:
The number of representative particles needs to be determined in
Concept introduction:
In 1 mol of any substance, there are
Answer to Problem 13SSC
Explanation of Solution
For the given moles of a compound, the number of molecules can be calculated using the following formula:
Putting the values,
Thus, the number molecules in
Chapter 10 Solutions
Glencoe Chemistry: Matter and Change, Student Edition
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