The diameter of an air compressor cylinder is 140 mm, the stroke of the piston is 180 mm, and the clearance volume is 77 cm². The pressure and temperature of the air in the cylinder at the end of the suction stroke and beginning of compression is 0.97 bar and 13°C. The delivery pressure is constant at 4.2 bar. Taking the law of compression as PV1.3 = C, calculate the volume of air delivered per stroke in liter

6.5-7

Solve correctly please.

Average demand of steam for pressure digestion 260 kg/hr Temperature of steam for pressure digestion 164 oC Absolute pressure of steam during digestion process 400 kPa Temperature of water supplied 20 oC Pressure drop in water line 10 kPa Pressure of flue gases at steam generator entry 110 kPa Temperature of flue gases at steam generator entry 254 oC Mass flow rate of flue gases at steam generator entry 132 kg/min Pressure drop in flue gas line 5 kPa Flue gas C_p 1.005 kJ/kg K Flue gas C_v 0.718 kJ/kg K Thermal loses from steam generator 5.8 kW Temperature of Steam Generator outer surface 58.1 oC Please complete the following question. With full working out thanks. 1. Determine the rate of entropy generation in the steam generator, in kW/K. Show all steps of the calculations, including estimating all parameters required to determine the rate of entropy generation. (TO 5 DECIMAL PLACES) Thank you so much.