Consider an idea Otto cycle shown in figure 2 with intake pressure of 110 KPa and...

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Consider an idea Otto cycle shown in figure 2 with intake pressure of 110 KPa and 290 K. 900 KJ/Kg of heat added to the air-fuel mixture during the constant-volume heat- addition process. Consider compression ratio of 8 in the I.C cycle. Determine, a) The maximum temperature and pressure that occur during the cycle (10 Marks) b) The thermal efficiency of the cycle (10 Marks) P. kPa 110 2 Isentropic Isentropic 1/₂ = 3 = 4 Figure 2 Consider an idea Otto cycle shown in figure 2 with intake pressure of 110 KPa and 290 K. 900 KJ/Kg of heat added to the air-fuel mixture during the constant-volume heat- addition process. Consider compression ratio of 8 in the I.C cycle. Determine, a) The maximum temperature and pressure that occur during the cycle (10 Marks) b) The thermal efficiency of the cycle (10 Marks) P. kPa 110 2 Isentropic Isentropic 1/₂ = 3 = 4 Figure 2