At a constant temperature and pressure, there are initially 0.1151 moles in a balloon with a volume of 4.78 L. Gas is added until there is a total of 0.3246 moles. Calculate the volume of the balloon after this change.
At a constant temperature and pressure, there are initially 0.1151 moles in a balloon with a volume of 4.78 L. Gas is added until there is a total of 0.3246 moles. Calculate the volume of the balloon after this change.
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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At a constant temperature and pressure, there are initially 0.1151
moles in a balloon with a volume of 4.78 L. Gas is added until there is
a total of 0.3246 moles. Calculate the volume of the balloon after this
change.
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Transcribed Image Text:app.101edu.co
+
esc
At a constant temperature and pressure, there are initially 0.1151
moles in a balloon with a volume of 4.78 L. Gas is added until there is
a total of 0.3246 moles. Calculate the volume of the balloon after this
change.
A
JA
1
9
Tª
a
N
B
←
@
2
W
S
X
→
#
3
e
d
с
C
$
4
%
5
t
DI
f
V
UQ
Question 7 of 14
g
Oll
A
6
b
hp
y
&
7
h
►
u
n
*
8
j
O
i
m
9
k
4
O
0
<
.
1
4
alt
7
+/-
D
1
Р
>
2
5
.
MEN
8
;
13.8 L
6
3
9
0
Apr 16
40
+
8:04 O
11
?
{
[ 1
I
x 100
(5
X
C
PI
backspace
S
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