6. A steel-belted radial automobile tire is inflated to a gauge pressure of 2.10 x 105 Pa when the temperature is 66 °F. Later in the day, the temperature rises to 97 °F. Assuming the volume of the tire remains constant, what is the gauge pressure at the elevated temperature? [Hint: Remember that the ideal gas law uses absolute pressure.] Pa
6. A steel-belted radial automobile tire is inflated to a gauge pressure of 2.10 x 105 Pa when the temperature is 66 °F. Later in the day, the temperature rises to 97 °F. Assuming the volume of the tire remains constant, what is the gauge pressure at the elevated temperature? [Hint: Remember that the ideal gas law uses absolute pressure.] Pa
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6. A steel-belted radial automobile tire is inflated to a gauge pressure of 2.10 x 105 Pa when the temperature is 66 °F.
Later in the day, the temperature rises to 97 °F. Assuming the volume of the tire remains constant, what is the gauge
pressure at the elevated temperature? [Hint: Remember that the ideal gas law uses absolute pressure.]
1
ption
N
2
W
S
X
command
#
3
E
D
Pa
$
4
C
R
F
65
%
V
T
G
6
B
MacBook Pro
Y
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7
N
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8
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9
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Transcribed Image Text:1
Q
A
6. A steel-belted radial automobile tire is inflated to a gauge pressure of 2.10 x 105 Pa when the temperature is 66 °F.
Later in the day, the temperature rises to 97 °F. Assuming the volume of the tire remains constant, what is the gauge
pressure at the elevated temperature? [Hint: Remember that the ideal gas law uses absolute pressure.]
1
ption
N
2
W
S
X
command
#
3
E
D
Pa
$
4
C
R
F
65
%
V
T
G
6
B
MacBook Pro
Y
H
&
7
N
U
J
* 00
8
M
-
K
-
9
<
H
O
)
O
L
command
P
V
U
:
-
option
{
[
?
1
+ 1
I
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