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Question 17 Not yet answered Marked out of 1 Flag question A Nitrogen gas goes through a polytropic process ($PV^n = const.$) with $n = 1.3$ in a piston-cylinder. It starts at $P = 490$ kPa and $T = 41$ C and ends at $P = 146$ kPa. Find the final Temperature of the Nitrogen gas. a. $T_2 = 63.739$ C b. $T_2 = -35.545$ C c. $T_2 = 161.933$ C d. $T_2 = 119.298$ C

          Question 17
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A Nitrogen gas goes through a polytropic process ($PV^n = const.$) with $n = 1.3$ in a piston-cylinder. It starts at $P = 490$ kPa and $T = 41$ C and ends at $P = 146$
kPa. Find the final Temperature of the Nitrogen gas.
a. $T_2 = 63.739$ C
b. $T_2 = -35.545$ C
c. $T_2 = 161.933$ C
d. $T_2 = 119.298$ C

Question 17
Not yet answered Marked out of 1
Flag question
A Nitrogen gas goes through a polytropic process (PV^n = const.) with n = 1.3 in a piston-cylinder. It starts at P = 490 kPa and T = 41 C and ends at P = 146
kPa. Find the final Temperature of the Nitrogen gas.
a. T2 = 63.739 C
b. T2 = -35.545 C
c. T2 = 161.933 C
d. T2 = 119.298 C

Added by Francisco H.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Adi S

05/23/2022

Step 1

Step 1: The polytropic process is defined by the equation $P_1V_1^n = P_2V_2^n$. Show more…

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Question 17 Not yet answered Marked out of 1 Flag question A Nitrogen gas goes through a polytropic process (PV =const.) with n = 1.3 in a piston-cylinder. It starts at P=490 kPa and T=41 C and ends at P=146 kPa. Find the final Temperature of the Nitrogen gas. a. T2=63.739 C b. T2=-35.545 C c. T2=161.933 C Od. T2=119.298 C Next page