MOUNT X Determine the mass in grams of CO, that is produced by the complete reaction of 0.2038 moles of C,H, (xylene) according to the following combustion reaction: CH,(0)+ 10.5 O,(g)—8 [CO,(g)+ 5 H,O(g)

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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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Aktiv Chemistry
STARTING AMOUNT
+
esc
ps lock
X
https://app.101edu.co
Q
X
Aktiv Chemistry
Z
T
2
W
S
#3
X
20
F3
E
H
X +
Determine the mass in grams of CO, that is produced by the complete reaction of
0.2038 moles of CH₁ (xylene) according to the following combustion reaction:
10
ADD FACTOR
x( )
18.02
$
g/mol CH₁0
0.2038
F4
C
44.01
CH()+10.5 O₂(g) →
mol H₂O
g/mol O₂
R
de Lo
%
5
F
1
32.00
g C₂H₁0
g/mol CO₂
F5
T
V
Question 7 of 17
G
5
->> 8 CO₂(g) +
71.75
g/mol H₂O
g H₂O
Y
B
8
&
7
ANSWER
8.969
H
g CO₂
mol O₂
F7
5 H₂O(g)
100.2
U
6.022 x 1023
mol CO₂
mol CH ₁0
* 00
N
J
1.6304
RESET
FB
10.5
g 0₂
M
F9
K
98
F10
P
F11
F12
11
dele
Transcribed Image Text:Aktiv Chemistry STARTING AMOUNT + esc ps lock X https://app.101edu.co Q X Aktiv Chemistry Z T 2 W S #3 X 20 F3 E H X + Determine the mass in grams of CO, that is produced by the complete reaction of 0.2038 moles of CH₁ (xylene) according to the following combustion reaction: 10 ADD FACTOR x( ) 18.02 $ g/mol CH₁0 0.2038 F4 C 44.01 CH()+10.5 O₂(g) → mol H₂O g/mol O₂ R de Lo % 5 F 1 32.00 g C₂H₁0 g/mol CO₂ F5 T V Question 7 of 17 G 5 ->> 8 CO₂(g) + 71.75 g/mol H₂O g H₂O Y B 8 & 7 ANSWER 8.969 H g CO₂ mol O₂ F7 5 H₂O(g) 100.2 U 6.022 x 1023 mol CO₂ mol CH ₁0 * 00 N J 1.6304 RESET FB 10.5 g 0₂ M F9 K 98 F10 P F11 F12 11 dele
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