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Can you help me solve this problem by filling in the blanks completely from the numbers at the bottoms I sent it before and it was unclear thank you. Please fill in all the blanks

Can you help me solve this problem by filling in the blanks completely from the numbers at the bottoms I sent it before and it was unclear thank you. Please fill in all the blanks

Chemistry for Engineering Students
Chemistry for Engineering Students
4th Edition
ISBN:9781337398909
Author:Lawrence S. Brown, Tom Holme
Publisher:Lawrence S. Brown, Tom Holme
Chapter3: Molecules, Moles, And Chemical Equations
Section: Chapter Questions
Problem 3.59PAE: 3.59 The composition of materials such as alloys can be described in terms of mole percentage...
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Can you help me solve this problem by filling in the blanks completely from the numbers at the bottoms I sent it before and it was unclear thank you. Please fill in all the blanks
When fool's gold, iron (IV) sulfide reacts with oxygen it forms iron (III) oxide and sulfur dioxide. a) Balance the following reaction. FeS2 + Fe,O3 + SO2 b) If 0.741 moles of Fe2O3 is produced, how many moles of SO2 is also produced? c) How many moles of O, are needed to react completely with 21.63 g of FeS,? d) What mass of Fe2O3 will be produced when 33.60 g of O2 is reacted? : 11 : 8 : 2 :: 4 :: 1 mole FeS2 :: 1 mole O2 :: 1 mole Fe2O3 : 1 mole SO2 : 0.741 moles Fe203 :: 4 moles FeS2 :: 11 moles O2 : 2 moles Fe2O3 : 8 moles SO2 : 21.63 g FeS2 : 33.60 g O2 :: 31.998 g O2 : 119.979 g of FeS2 : 159.691 g of Fe2O3 : 64.064 g SO2 :: 2.964 moles SO2 : 0.49577 moles O2 :: 30.49 g Fe2O3 MAY
Transcribed Image Text:When fool's gold, iron (IV) sulfide reacts with oxygen it forms iron (III) oxide and sulfur dioxide. a) Balance the following reaction. FeS2 + Fe,O3 + SO2 b) If 0.741 moles of Fe2O3 is produced, how many moles of SO2 is also produced? c) How many moles of O, are needed to react completely with 21.63 g of FeS,? d) What mass of Fe2O3 will be produced when 33.60 g of O2 is reacted? : 11 : 8 : 2 :: 4 :: 1 mole FeS2 :: 1 mole O2 :: 1 mole Fe2O3 : 1 mole SO2 : 0.741 moles Fe203 :: 4 moles FeS2 :: 11 moles O2 : 2 moles Fe2O3 : 8 moles SO2 : 21.63 g FeS2 : 33.60 g O2 :: 31.998 g O2 : 119.979 g of FeS2 : 159.691 g of Fe2O3 : 64.064 g SO2 :: 2.964 moles SO2 : 0.49577 moles O2 :: 30.49 g Fe2O3 MAY
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