The pressure exerted by a certain mass of enclosed at 300K
Is 5x10^4 what will bethe pressure exterted by the gas at 600 K the volume of the gas is kept constant ?
Answers
Answered by
1
Answer:
According to Charles's law -
⇒
T
1
V
1
=
T
2
V
2
⇒V
2
=(
T
1
V
1
)×T
2
=450×(
300
1×10
−4
)
=1.5×10
−4
dm
3
Hence, the answer is 1.5×10
−4
dm
3
.
Answered by
1
Given:
Pressure at ×
To find:
Pressure at
Solution:
We have been given that the pressure exerted is × at .
We have,
Ideal Gas Equation as
Where is pressure, is volume, is the number of moles, is the Rydberg's constant and is the temperature.
We have been given that the volume of the gas is constant. Hence,
∝
That is, the temperature of the gas increases as the pressure is increased.
Now,
According to the question, we have,
×
Hence, the pressure at will be
Final answer:
Hence, the pressure exerted by the gas at 600 K will be 10⁵ N/m².
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