An ideal gas (R = 2,075 J/kg K and k = 1.659) goes through a reversible constant pressure process where 525 kJ o heat are added to 2.3 kg of the gas. The initial temperature of the gas is 310 K. Compute for the following: a. final temperature, T2 b. non-flow work Wn c.change in entropy ΔS d.flow work Assume ΔP = ΔK = 0)
An ideal gas (R = 2,075 J/kg K and k = 1.659) goes through a reversible constant pressure process where 525 kJ o heat are added to 2.3 kg of the gas. The initial temperature of the gas is 310 K. Compute for the following: a. final temperature, T2 b. non-flow work Wn c.change in entropy ΔS d.flow work Assume ΔP = ΔK = 0)
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An ideal gas (R = 2,075 J/kg K and k = 1.659) goes through a reversible
constant pressure process where 525 kJ o heat are added to 2.3 kg of the gas.
The initial temperature of the gas is 310 K. Compute for the following:
a. final temperature, T2
b. non-flow work Wn
c.change in entropy ΔS
d.flow work Assume ΔP = ΔK = 0)
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