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743 Demonstrate that the power requirement for compressing a gas is smaller, the more complex the gas Assume fixed values of n, r ] , TI, PI, and P2, and that the gas is ideal with constant heat capacities 744 Tests on an adiabatic gas compressor yield values for inlet conditions (TI, PI) and outlet conditions (T2, P2) Assuming ideal gases with constant heat capacities, determine the compressor efficiency for one of the following: (a) Tl = 300 K, PI = 2 bar, T2 = 464 K, P2 = 6 bar, Cp/R = 712 (b) Ti = 290 K, Pi = 15 bar, T2 = 547 K, P2 = 5 bar, Cp/R = 512 (c) TI = 295 K, P1 = 12 bar, T2 = 455 K, P2= 6 bar, Cp/R = 912 (d) Tl = 300 K, P1 = 11 bar, T2 = 505 K, P2 = 8 bar, Cp/R = 1112 (e) TI = 305 K, P1 = 15 bar, T2 = 496 K, P2= 7 bar, Cp/R = 4 745 Air is compressed in a steady-flow compressor, entering at 12 bar and 300 K and leaving at 5 bar and 500 K Operation is nonadiabatic, with heat transfer to the surroundings at 295 K For the same change in state of the air, is the mechanical-power requirement per mole of air greater or less for nonadiabatic than for adiabatic operation Why 746 A boiler house produces a large excess of low-pressure [345 bar g, 3 K (3 C) superheat] steam An upgrade is proposed that would first run the low-pressure steam through an adiabatic steady-flow compressor, producing medium-pressure r1035 bar g] steam A young engineer expresses concern that compression could result in the formation of liquid water, damaging the compressor Is there cause for concern Suggestion: Refer to the Mollier diagram of Fig 64 747 A pump operates adiabatically with liquid water entering at Tl and PI with a mass flow rate m The discharge pressure is P2, and the pump efficiency is r] For one of the following sets of operating conditions, determine the power requirement of the pump and the temperature of the water discharged from the pump (a) Tl = 29815 K(25"C), PI = lOOkPa, m = 20 kg s-', Pz = 2000kPa, q = 075, /3 = 2572 x ~ o - ~ K - ' (6) Tl = 36315 K(90 C), P1 = 200kPa, i+z = 30 kg s-', P2 = 5000 kPa, q = 070, B = 6962 x lou6K-I (c) TI = 33315K(60 C), PI = 20kPa,m = 15kgsP1,Pz = 5000kPa,r] = K-' 075, B = 5231 x (d) Tl = 29415 K(21 C), P1 = 1 atm, riz = 227 kg s-', P2 = 20atm, r] = 070, = 2173 x K-' ( e ) TI = 36615K(93"C), PI = 103bar,m = 363kgs-l, P 2 = 1034bar, r] = 075, B = 7143 x K-' 748 What is the ideal work for the pumping process of Ex 710 What is the thermodynamic efficiency of the process What is SG What is WlOst Take T = 300 K ,.

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Except for nuclear power, the sun is the source of all the mechanical energy used by mankind The total rate at which energy reaches the earth from the sun is staggering, but the rate at which it falls on a square meter of surface is small Energy gathered over a large area is required to make practical its use in any large-scale production of work Nevertheless, solar photovoltaic cells are used for electric power in small-scale special applications Solar radiation also finds direct application for heating water and buildings, for generation of high temperatures in metallurgical applications (solar furnaces), and for evaporating water in the production of salt The kinetic energy associated with atmospheric winds is used in a few favorable locations to produce power by large windmills The potential energy of tides is another possible source of power, but production from these sources remains insignificant in comparison with world demands for energy Significant hydroelectric power is generated by conversion of the potential energy of water into work, a process that can in principle be accomplished with an efficiency of 100% However, by far the most important sources of power are the chemical (molecular) energy of fuels and nuclear energy Large-scale installations for this purpose depend on the evolution of heat and its subsequent partial conversion into work Despite improvements in equipment design, the efficiency of conversion does not approach 100% This is a consequence of the second law The efficiency of conventional fossil-fuel steam-power plants rarely exceeds 35% However, efficiencies greater than 50% can be realized in combined-cycle plants with dual power generation; also known as cogeneration From advanced-technology gas turbines From steam-power cycles operating on heat recovered from hot turbine exhaust gases

The ps command lists all the processes in a system, their state, size, name, owner, CPU time, wall clock time, and much more Many command-line parameters are available; the ones most often used are described in Table 5-4

A common device for the direct conversion of chemical energy into electrical energy, without the intermediate generation of heat, is the electrochemical cell, eg, a battery One type is thefuel cell, in which reactants are supplied continuously to the electrodes Most successful is a cell in which hydrogen reacts with oxygen to produce water through electrochemical conversion The resulting efficiency can be as great as 85%, a considerable improvement over processes that convert chemical energy into heat This is a technology with primary application in transportation Its theoretical basis is considered in Sec 1310 In a conventional power plant the molecular energy of fuel is released by a combustion process The function of the work-producing device is to convert part of the heat of combustion

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