Five moles of an ideal gas (Cy = 12.5 J/(mole K)) undergo an adiabatic expansion from 1.000 m³ to 1.005 m³ at atmospheric pressure (Patm = 1.013×105 Pa). What is the change in temperature of the gas? O 1.1 C° O 7.9 C° O 32 C° O -8.1 C° -5.3 C°
Five moles of an ideal gas (Cy = 12.5 J/(mole K)) undergo an adiabatic expansion from 1.000 m³ to 1.005 m³ at atmospheric pressure (Patm = 1.013×105 Pa). What is the change in temperature of the gas? O 1.1 C° O 7.9 C° O 32 C° O -8.1 C° -5.3 C°
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![Question 15
Five moles of an ideal gas (Cy = 12.5 J/(mole K)) undergo an adiabatic expansion from 1.000 m³ to 1.005 m³ at atmospheric pressure (Patm
1.013x105 Pa). What is the change in temperature of the gas?
%3D
O 1.1 C°
7.9 C°
O 32 C°
-8.1 C°
-5.3 C°](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3a12eb5f-6f3f-4410-8392-b8f3e35d83ff%2F4ba529c9-1d38-43c2-83f4-23f0aa42f87d%2Fb1504r_processed.png&w=3840&q=75)
Transcribed Image Text:Question 15
Five moles of an ideal gas (Cy = 12.5 J/(mole K)) undergo an adiabatic expansion from 1.000 m³ to 1.005 m³ at atmospheric pressure (Patm
1.013x105 Pa). What is the change in temperature of the gas?
%3D
O 1.1 C°
7.9 C°
O 32 C°
-8.1 C°
-5.3 C°
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