III. AVOGADRO'S NUMBER AND RELATIONSHIP FROM THE FORMULA OF A COMPOUND. Use separate sheet of white bond paper to show your solutions. (25 points) a. How many moles of Iron are in 23.25g FeSO4? b. How many grams of Lithium are in 0.25 mol LiHCO3? c. How many atoms are in 45.2 g Mg? d. Calculate the number of moles of CCl4 in 375 g Carbon tetrachloride. e. How many molecules of Al(OH)3 are present in 4 g Al(OH)3? f. How many grams of Oxygen are there in 2.5 moles of H3PO4? g. Calculate the number of moles of Hydrogen that can be produced from 250 g H3PO4. h. How many grams of Potassium will combine with Chlorine to form 14 grams KCI?

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III.
AVOGADRO'S NUMBER AND RELATIONSHIP FROM THE FORMULA OF A COMPOUND. Use
separate sheet of white bond paper to show your solutions. (25 points)
a. How many moles of Iron are in 23.25g FeSO4?
b. How many grams of Lithium are in 0.25 mol LiHCO3?
c. How many atoms are in 45.2 g Mg?
d. Calculate the number of moles of CCl4 in 375 g Carbon tetrachloride.
e. How many molecules of Al(OH)3 are present in 4 g Al(OH)3?
f. How many grams of Oxygen are there in 2.5 moles of H3PO4?
g. Calculate the number of moles of Hydrogen that can be produced from 250 g H3PO4.
h. How many grams of Potassium will combine with Chlorine to form 14 grams KCI?
Transcribed Image Text:III. AVOGADRO'S NUMBER AND RELATIONSHIP FROM THE FORMULA OF A COMPOUND. Use separate sheet of white bond paper to show your solutions. (25 points) a. How many moles of Iron are in 23.25g FeSO4? b. How many grams of Lithium are in 0.25 mol LiHCO3? c. How many atoms are in 45.2 g Mg? d. Calculate the number of moles of CCl4 in 375 g Carbon tetrachloride. e. How many molecules of Al(OH)3 are present in 4 g Al(OH)3? f. How many grams of Oxygen are there in 2.5 moles of H3PO4? g. Calculate the number of moles of Hydrogen that can be produced from 250 g H3PO4. h. How many grams of Potassium will combine with Chlorine to form 14 grams KCI?
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