4Fe +30₂ ----> 2Fe₂O3 YOUR TASK: Setup and solve the following two mole-mole stoichiometry problems. 1. If you need to make 1.56 moles of Fe₂O3, how many moles of iron (Fe) will you need? 2. If you need to make 1.56 moles of Fe₂O3, how many moles of oxygen (O) will you need?

Chemistry
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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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01) ►
02) ►
(05 ▸►
00▶
(57)
MULTIPLY BY FRACTION BAR
HAM
a pr
Analysis
IDENTIFY THE DESIRED UNITS
MITEN UNITS ON THE TOP È SOTTOM
OF THE ACTION BAN
HET BELONG WITH
___________
NOMINATION
(KVV/VZNYR
Transcribed Image Text:01) ► 02) ► (05 ▸► 00▶ (57) MULTIPLY BY FRACTION BAR HAM a pr Analysis IDENTIFY THE DESIRED UNITS MITEN UNITS ON THE TOP È SOTTOM OF THE ACTION BAN HET BELONG WITH ___________ NOMINATION (KVV/VZNYR
4Fe + 30₂ ----> 2Fe₂O3
YOUR TASK:
Setup and solve the following two mole-mole stoichiometry problems.
1. If you need to make 1.56 moles of Fe₂O3, how many moles of iron (Fe) will you need?
2. If you need to make 1.56 moles of Fe₂O3, how many moles of oxygen (O) will you need?
Transcribed Image Text:4Fe + 30₂ ----> 2Fe₂O3 YOUR TASK: Setup and solve the following two mole-mole stoichiometry problems. 1. If you need to make 1.56 moles of Fe₂O3, how many moles of iron (Fe) will you need? 2. If you need to make 1.56 moles of Fe₂O3, how many moles of oxygen (O) will you need?
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