According to the following chemical equation, how many liters at STP of hydrogen gas are needed to make 3.00 tons of iron? (2000 lbs. = 1 ton; 454 g = 1 lb.) [Hint: The equation is not balanced.] %D Fe,O3 + Н2 Fe + Н.О omic
According to the following chemical equation, how many liters at STP of hydrogen gas are needed to make 3.00 tons of iron? (2000 lbs. = 1 ton; 454 g = 1 lb.) [Hint: The equation is not balanced.] %D Fe,O3 + Н2 Fe + Н.О omic
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Question
![According to the following chemical equation, how many liters at STP of hydrogen gas are needed
to make 3.00 tons of iron? (2000 lbs. = 1 ton; 454 g = 1 lb.) [Hint: The equation is not balanced.]
%D
Fe,O3 +
Н2
Fe +
Н.О
omic](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fcfef55d1-e74e-4acc-a65e-b6e34bf1c85d%2Fdc01207d-3c72-4f8b-89cf-e0fad70f602b%2F8792yi9.jpeg&w=3840&q=75)
Transcribed Image Text:According to the following chemical equation, how many liters at STP of hydrogen gas are needed
to make 3.00 tons of iron? (2000 lbs. = 1 ton; 454 g = 1 lb.) [Hint: The equation is not balanced.]
%D
Fe,O3 +
Н2
Fe +
Н.О
omic
Expert Solution

Step 1
Amount of iron to be manufactured = 3 tonnes
The given equation for the reaction is

Step 2
mass of iron given = 3ton x 2000lb/ton x 454g/lb= 2724000g
No of moles of iron to be manufactured

Step 3
Amount of hydrogen needed

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Solved in 5 steps with 4 images
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