Pk Nag Engineering Thermodynamics -

Step 4 – Efficiency: η = 1 – 1/(r^(γ-1)) = 1 – 1/(8^0.4) = 56.47%

Step 3 – Process 3-4 (Isentropic expansion): T4 = T3 / (r^(γ-1)) = 2081.6 / (8^0.4) = 906.0 K pk nag engineering thermodynamics

Step 1 – Process 1-2 (Isentropic compression): T2 = T1 * (r^(γ-1)) = 300 * (8^(0.4)) = 689.2 K P2 = P1 * (r^γ) = 1 * (8^1.4) = 18.38 bar Step 2 – Process 2-3 (Constant volume heat addition): T3 = T2 + Q_add / Cv = 689.2 + 1000/0.718 = 2081.6 K Step 4 – Efficiency: η = 1 –