0.9 Ma in 1. 005 KJ/F CPP bar P= 4 Find
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Q: Q2: A block of 15 kg was place on an inclined surface as shown in Figure 2. If the static coefficien...
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Q: Q2: A block of 15 kg was place on an inclined surface as shown in Figure 2. If the static coefficien...
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- A diesel engine consumed 940 liter of fuel per day at 30oC. If the fuel was purchased at 15oC and 30oAPI at P4.00/li, determine the cost of fuel to operate the engine per day.determine the entr0py change 0f 1.5 moIes 0f amm0nia that is heated fr0m 180°Cto750°C. The system 0perates at an atmospheric pressure on a steady fIow process.P27. It is passed through a throttling device R134a from saturated liquid at 700 kPa to 160 kPa.Determine the decrease in temperature during the process and the final specific volume.
- An engine piston-cylinder assembly contains gas at a pressure of 96 kPa. The gas iscompressed according to p = aV + b where a = -1200 kPa/m3and b = 600 kPa. Determine thework done on the gas during this process if the final pressure is 456 kPa.Pls. Answer thank you! The change of enthalpy of air in a cooling tower is 35 Btu/lb and the mass flow of air is 453.17 lb/min. Water enters the tower at the rate of 50 gpm and 115 °F. Determine the exit temperature.The movement of 4.2 kilograms of gas through an isentropic pump requires 85 kilowatts of power. Find the power saved or increased if the process is changed to be isothermal and the Cv=0.886 kJ/kg-K and the Cp=1.758 kJ/kg-K. The final pressure is 22 psia, and the initial pressure was 850 mmHg, and the initial temperature was 38°C.
- p90#11. ammonia vapor is compressed in a close system from 15 psia,3 cu ft to 150psia,0.4cu ft. according to the relation pV^n=constant. assuming the vapor to be an ideal gas with the gas constant as 90.72 lbm-ft/lbf-Degree rankine and Cv= 0.384 BTU/lbm-degree Rankine compute the heat transferred and the work.A vacuum pump is used to drain a flooded mine shaft of 20C water. The pump pressure of water at this temperature is 2.84kpa. The pump is incapable of lifting the water higher than 18m. What is the atmospheric pressure? ANSWER: 159.3023. A 5.2m3 tank contains nitrogen, which is evacuated from 100kPag to a pressure of 98kPagvacuum. Determine the mass of pumped out nitrogen if initially the temperature is 510K and thefinal temperature is 100K.a. 6.3274kg b. 5.8802kg c. 6.4656kg d. 6.2169kg