State 3. d) Specific volume v3 e) Pressure p f) Temperature T3 m³/kg (with three decimal accuracy) kPa (with zero decimal accuracy) K (with zero decimal accuracy) State 4. g) Specific volume v4 h) Pressure P4 i) Temperature T4 m³/kg (with three decimal accuracy) kPa (with zero decimal accuracy) K (with zero decimal accuracy) Other values j) Removed heat 94-1 k) Net work w I) Thermal efficiency n kJ/kg (with one decimal accuracy) kJ/kg (with one decimal accuracy) % (with one decimal accuracy) Calculate the thermal properties at different states of the Diesel-process, removed heat 94-1, net specific work wand thermal efficiency n when heat input 2-3 is 600 kJ/kg and compression ratio & is 7. Compression and expansion are polytropic, with polytropic constant k = 1.2. During heat input 9243 and heat removal 94-1 average heat capacity must be used (Cp2-3 and CV,4-1). Temperature T3 and Cp,243 must be solved iteratively. The working fluid (air) can be assumed as ideal gas. Pressure pi, temperature T₁ and specific volume v₁ before compression are 140 kPa, 290 K ja 0.595 m³/kg. W V₂ V3 Diesel-process in p, V- diagram Calculate: State 2. a) Specific volume v₂ m³/kg (with three decimal accuracy) b) Pressure P2 c) Temperature T₂ kPa (with zero decimal accuracy) K (with zero decimal accuracy)

I need the answer as soon as possible

Solve for me All thanks all parts I req to u ok

In a cyclic comprising of air compressor and expansion, workdone by a prism during the compression stroke is 9.2KJ and the heat rejected to the surrounding is 50KJ. During the expansion stroke workdone by air on the prism is 8.4KJ. a) Determine the quality of heat transferred to or from the system. Tullow oil has discovered a large volume of crude deposit at Cape-3-Point along the western coast of Ghana after years of intensive exploration. In the Company’s bid to start exploration, Green Ghana an environmental protection NGO took Tullow to court to prevent the Company from embarking on the said project citing numerous environmental concerns. b) As an energy and sustainability expert, what do you think are the side effects of the project and their remedies? A cooling water pump is operating at a speed of 1800rpm. Its flow rate is 1800L/minutes at a head of 14.4m and the power of the pump is 45kw. c) Determine the power required if the pump speed is increased…