Microsoft Word - Cengel and Boles TOC _2-03-05_.doc

Chapter 16 | 815 EXAMPLE 16–11 Composition of Different Phases of a Mixture In absorption refrigeration systems, a two-phase equ ...

where ∆nnCnDnAnB,Pis the total pressure in atm, and Ntotalis the total number of moles present in the reaction chamber, incl ...

Chapter 16 | 817 KPand the Equilibrium Composition of Ideal Gases 16–1C Why is the criterion for chemical equilibrium expressed ...

16–21 Carbon monoxide is burned with 100 percent excess air during a steady-flow process at a pressure of 1 atm. At what tempera ...

Chapter 16 | 819 Simultaneous Reactions 16–38C What is the equilibrium criterion for systems that involve two or more simultaneo ...

16–60C Using the Henry’s constant data for a gas dissolved in a liquid, explain how you would determine the mole frac- tion of t ...

Chapter 16 | 821 16–83 A constant-volume tank contains a mixture of 1 mol of H 2 and 0.5 mol of O 2 at 25°C and 1 atm. The conte ...

16–102 The equilibrium constant for the reaction H 2  at 1 atm and 1500°C is given to be K. Of the reactions given below, all a ...

Chapter 17 COMPRESSIBLE FLOW | 823 F or the most part, we have limited our consideration so far to flows for which density varia ...

17–1 ■ STAGNATION PROPERTIES When analyzing control volumes, we find it very convenient to combine the internal energyand the fl ...

stagnation pressure, stagnation density, etc.). The stagnation state and the stagnation properties are indicated by the subscrip ...

where h 01 and h 02 are the stagnation enthalpies at states 1 and 2, respectively. When the fluid is an ideal gas with constant ...

17–2 ■ SPEED OF SOUND AND MACH NUMBER An important parameter in the study of compressible flow is the speed of sound(or the soni ...

which yields (b) where we have neglected the second-order term dV^2. The amplitude of the ordinary sonic wave is very small and ...

at constant velocity in still air may be different at different locations (Fig. 17–10). Fluid flow regimes are often described i ...

830 | Thermodynamics Assumptions 1 Carbon dioxide is an ideal gas with constant specific heats at room temperature. 2 Flow throu ...

We note from Example 17–3 that the flow area decreases with decreasing pressure up to a critical-pressure value where the Mach n ...

designed by a Swedish engineer, Carl G. B. de Laval (1845–1913), and therefore converging–diverging nozzles are often called Lav ...

increase as the flow area of the duct decreases and must decrease as the flow area of the duct increases. Thus, at supersonic ve ...

decelerated in a subsonic diffuser, which has a flow area that increases in the flow direction, as shown in Fig. 17–17. Property ...