9. When 2.43 g of magnesium was heated with oxygen to produce 4.03 g of magnesium oxide. a.) Calculate the mass of oxygen in grams. 4,03 Gorex1023 = Co 64 X1024 G.02x10 b.) Calculate the number of moles of oxygen. c.) Calculate the number of moles of magnesium.

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d.) Calculate the mole ratio of magnesium
to oxygen.
e.) What is the chemical formula of magnesium oxide?
Transcribed Image Text:d.) Calculate the mole ratio of magnesium to oxygen. e.) What is the chemical formula of magnesium oxide?
9. When 2.43 g of magnesium was heated with oxygen to produce 4.03 g of magnesium oxide.
a.) Calculate the mass of oxygen in grams.
4,03
= C664X1024
Gorex1023
G.02x10
b.) Calculate the number of moles of oxygen.
c.) Calculate the number of moles of magnesium.
50
LABORATORY 5 | THE MOLE RATIO OF MAGNESIUM OXIDE: PRE-LAB
Transcribed Image Text:9. When 2.43 g of magnesium was heated with oxygen to produce 4.03 g of magnesium oxide. a.) Calculate the mass of oxygen in grams. 4,03 = C664X1024 Gorex1023 G.02x10 b.) Calculate the number of moles of oxygen. c.) Calculate the number of moles of magnesium. 50 LABORATORY 5 | THE MOLE RATIO OF MAGNESIUM OXIDE: PRE-LAB
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