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Description The process will be restarted whenever it terminates The process will be started once when the runlevel is entered, and init will wait for its completion The process will be started once when the runlevel is entered; however, init won t wait for termination of the process before possibly executing additional programs to be run at that particular runlevel The process will be executed at system boot The runlevels field is ignored in this case The process will be executed at system boot, and init will wait for completion of the boot before advancing to the next process to be run The process will be executed when a specific runlevel request occurs (These runlevels are a, b, and c) No change in runlevel occurs Specifies the default runlevel for init on startup If no default is specified, the user is prompted for a runlevel on console The process will be executed during system boot, before any of the boot or bootwait entries If init receives a signal from another process that there are problems with the power, this process will be run Before continuing, init will wait for this process to finish Same as powerwait, except that init will not wait for the process to finish This process will be executed as soon as init is informed that the power has been restored The process is executed when init receives a signal indicating that the user has pressed the ctrl-altdel key combination Keep in mind that most X Window System servers capture this key combination, and thus init may not receive this signal if the X Window System is active

his test and other aspects of VLE data reduction are treated by H C Van Ness, J Chem Thermodyn, vol 27, pp 113-134,1995; Pure & Appl Chem, vol 67, pp 859-872,1995 See also, P T Eubank, B G Lamonte, and J F Javier Alvarado, J Chem Eng Data, vol 45, no 6,2000

CHAPTER 7 WIRED!

Now let s look at a sample entry from an /etc/inittab file:

Table 124 VLE Data for Diethyl Ketone(1)ln-Hexane(2) at 33815 K (65 C)

'v C Maripuri and G A Ratcliff, J Appl Chem Biotechnol, vol 22, pp 899-903, 1972

# If power was restored before the shutdown kicked in, cancel it pr:12345:powerokwait:/sbin/shutdown -c "Power Restored; Shutdown Cancelled"

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The concept of a reversible chemical reaction is illustrated by the decomposition of calcium carbonate, which when heated forms calcium oxide and carbon dioxide gas At equilibrium, this system exerts a definite decomposition pressure of C 0 2 for a given temperature When the pressure falls below this value, CaC03 decomposes Assume that a cylinder is fitted with a frictionless piston and contains CaC03, CaO, and C 0 2 in equilibrium It is immersed in a constant-temperature bath, as shown in Fig 23, with the temperature adjusted to a value such that the decomposition pressure is just sufficient to balance the weight on the piston The system is in mechanical equilibrium, the temperature of the system is equal to that of the bath, and the chemical reaction is held in balance by the pressure of the C02 Any change of conditions, however slight, upsets the equilibrium and causes the reaction to proceed in one direction or the other If the weight is differentially increased, the C 0 2 pressure rises differentially, and COz combines with CaO to form CaC03, allowing the weight to fall slowly The heat given off by this reaction raises the temperature in the cylinder, and heat flows to the bath Decreasing the weight differentially sets off the opposite chain of events The same results are obtained if the temperature of the bath is raised or lowered If the temperature of the bath is raised differentially, heat flows into the cylinder and calcium carbonate decomposes The C 0 2 generated causes the pressure to rise differentially,which in turn raises the piston and weight This continues until the

In this case: The first line, which begins with the pound sign (#), is a comment entry and is ignored pr is the unique identifier 1, 2, 3, 4, and 5 are the runlevels at which this process can be activated powerokwait is the condition under which the process is run The /sbin/shutdown command is the process

CaC03 is completely decomposed The process is reversible, for the system is never more than differentially displaced from equilibrium, and only a differential lowering of the temperature of the bath causes the system to return to its initial state Chemical reactions can sometimes be carried out in an electrolytic cell, and in this case they may be held in balance by an applied potential difference If such a cell consists of two electrodes, one of zinc and the other of platinum, immersed in an aqueous solution of hydrochloric acid, the reaction that occurs is: Zn + 2HC1+ Hz + ZnC12 The cell is held under fixed conditions of temperature and pressure, and the electrodes are connected externally to a potentiometer If the electromotive force produced by the cell is exactly balanced by the potential difference of the potentiometer, the reaction is held in equilibrium The reaction may be made to proceed in the forward direction by a slight decrease in the opposing potential difference, and it may be reversed by a corresponding increase in the potential difference above the emf of the cell

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