Determine the mass in grams of C«H10 that are required to completely react to produce 8.70 mol of CO: according to the following combustion reaction: 2 C-H:0(g) + 13 0:(g) 8 CO:(g) + 10 H:O(g)

Chemistry for Engineering Students
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Author:Lawrence S. Brown, Tom Holme
Publisher:Lawrence S. Brown, Tom Holme
Chapter4: Stoichiometry
Section: Chapter Questions
Problem 4.44PAE: 4.44 Industrial production of hydrogen gas uses the reaction shown below. If 1.00 metric ton of...
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Question 3 of 8
Determine the mass in grams of C+H10 that are required to completely react to produce
8.70 mol of CO: according to the following combustion reaction:
2 C.H10(g) + 13 0:(g)→
8
CO:(g) + 10 H:O(g)
ADD FACTOR
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ANSWER
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*( )
げ
0.0374
8
8.70
2.18
18.02
126
10
58.14
1
44.01
4.35
208.00
6.022 x 1023
13
mol CAH10
mol CO2
g H2O
g O2
g C+H10
mol H20
mol O2
g CO2
Transcribed Image Text:O How to find the Number of Ator X + G Determine the formula weight of X S How many grams are there in 1. X gle Search Question 3 of 8 Determine the mass in grams of C+H10 that are required to completely react to produce 8.70 mol of CO: according to the following combustion reaction: 2 C.H10(g) + 13 0:(g)→ 8 CO:(g) + 10 H:O(g) ADD FACTOR DELETE ANSWER RESET *( ) げ 0.0374 8 8.70 2.18 18.02 126 10 58.14 1 44.01 4.35 208.00 6.022 x 1023 13 mol CAH10 mol CO2 g H2O g O2 g C+H10 mol H20 mol O2 g CO2
Expert Solution
Step 1

The balanced reaction given is,

Chemistry homework question answer, step 1, image 1

Given: Moles of CO2 produced = 8.70 mol.

 

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