A storage tank has a volume of 3,000 liters [L] The tank is originally filled to a pressure of 21.1 megapascals [M Pa] with an ideal gas while the temperature is maintained at 28 degrees Celsius [°C] The molecular weight of the ideal gas is 56 grams per mole mol The tank is heated so the temperature increases to a final temperature of 58 degrees Celsius [°C] What will be the new pressure in the tank in units of megapascals [M Pa]
A storage tank has a volume of 3,000 liters [L] The tank is originally filled to a pressure of 21.1 megapascals [M Pa] with an ideal gas while the temperature is maintained at 28 degrees Celsius [°C] The molecular weight of the ideal gas is 56 grams per mole mol The tank is heated so the temperature increases to a final temperature of 58 degrees Celsius [°C] What will be the new pressure in the tank in units of megapascals [M Pa]
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Chapter1: Units, Trigonometry. And Vectors
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![A storage tank has a volume of 3,000 liters
[L]
The tank is originally filled to a pressure of
21.1 megapascals
[M Pa]
with an ideal gas while the temperature is
maintained at 28 degrees Celsius
['C]
The molecular weight of the ideal gas is 56
grams per mole
mol
The tank is heated so the temperature
increases to a final temperature of 58
degrees Celsius
[C]
What will be the new pressure in the tank in
units of megapascals
[M Pa]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fdcb50413-80d6-469c-93cd-08f16902242b%2Fd371f81d-1486-43ac-8171-b866bc565495%2Fhajj2ft_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A storage tank has a volume of 3,000 liters
[L]
The tank is originally filled to a pressure of
21.1 megapascals
[M Pa]
with an ideal gas while the temperature is
maintained at 28 degrees Celsius
['C]
The molecular weight of the ideal gas is 56
grams per mole
mol
The tank is heated so the temperature
increases to a final temperature of 58
degrees Celsius
[C]
What will be the new pressure in the tank in
units of megapascals
[M Pa]
Transcribed Image Text:\epresent
with
equations
O rganize
necessary
information
Conversions
and
calculations
Evaluate
final answer
Expert Solution
Step 1
Given:
Storage volume
Initial pressure
Initial temperature
Final temperature
Molecular weight of ideal gas
Let's find new final pressure .
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