Answer:
To put it another way, the molar mass is the overall mass in grams of all the particles that make up a mole of a specific molecule. When we add all the totals, we get (46 + 12 + 48) = 106. Hence, the molar mass of Na2CO3 thus becomes 106 g/mole.
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The molecular formula of sodium carbonate (Na2CO3) consists of:
2 atoms of Na:
2×23 grams/mol
1 atom of C:
1×12 grams/mol
3 atoms of O:
3×16 grams/mol
Adding these together:
2×23+1×12+3×16=46+12+48=106 grams/mol
Therefore, the molecular mass of sodium carbonate (Na2CO3) is 106 grams/mol.
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Answer:
To put it another way, the molar mass is the overall mass in grams of all the particles that make up a mole of a specific molecule. When we add all the totals, we get (46 + 12 + 48) = 106. Hence, the molar mass of Na2CO3 thus becomes 106 g/mole.
Please mark as brainlist
Hope it helps you...
Verified answer
Answer:
The molecular formula of sodium carbonate (Na2CO3) consists of:
2 atoms of Na:
2×23 grams/mol
1 atom of C:
1×12 grams/mol
3 atoms of O:
3×16 grams/mol
Adding these together:
2×23+1×12+3×16=46+12+48=106 grams/mol
Therefore, the molecular mass of sodium carbonate (Na2CO3) is 106 grams/mol.