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Description Shows all processes with a controlling terminal, not just the current user s processes Shows only running processes (see the description of process states later in this section) Shows processes that do not have a controlling terminal Shows the process owners Displays parent/child relationships among processes Produces a list in long format Shows a process s command-line parameters (up to half a line) Shows a process s command-line parameters (unlimited width fashion)

here is a tradition in the world of programming for the first program you write to display the words Hello World! on the screen. In keeping with tradition, I m going to show you how to create a simple version of this program for SPOT. This will allow me to demonstrate one of the simplest blocks included with the NXT software the DISPLAY block. Once we ve taken care of tradition, I ll show you the rest of the DISPLAY block s features.

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into mechanical energy In a nuclear power plant the fission process releases energy of the nucleus of the atom as heat, which is then partially converted into work Thus, the thermodynamic analysis of heat engines, as presented in this chapter, applies equally well to conventional (fossil-fuel) and nuclear power plants The steam power plant is a large-scale heat engine in which the working fluid (HzO) is in steady-state flow successively through a pump, a boiler, a turbine, and a condenser in a cyclic process (Sec 52) The working fluid is separated from the heat source, and heat is transferred across a physical boundary In a fossil-fuel-fired plant the combustion gases are separated from the steam by boiler-tube walls The intevnal-combustionengine is another form of heat engine, wherein high temperatures are attained by conversion of the chemical energy of a fuel directly into internal energy within the work-producing device Examples are Otto and Diesel engines and the gas turbine' This chapter is devoted to the analysis of several common heat-engine cycles

The most common set of parameters used with the ps command is auxww These parameters show all the processes (regardless of whether they have a controlling terminal), each process s owners, and all the processes s command-line parameters Let s examine some sample output of an invocation of ps auxww

The Carnot-engine cycle, described in Sec 52, operates reversibly and consists of two isothermal steps connected by two adiabatic steps In the isothermal step at higher temperature TH, heat 1 QH1 is absorbed by the working fluid of the engine, and in the isothermal step at lower temperature Tc, heat I Qc I is discarded by the fluid The work produced is I W ( = I QHI - j Qc 1, and the thermal efficiency of the Carnot engine is:

[yyang@fedora-serverA ~]$ ps auxww USER PID %CPU %MEM VSZ RSS root 1 03 05 2136 628 root 2 00 00 0 0 root 3 00 00 0 0 root 4 00 00 0 0 root 5 00 00 0 0 OUTPUT TRUNCATED yyang 2384 00 07 4328 948 yyang 2385 00 03 4692 472 TTY pts/0 pts/0 STAT Ss S SN S S< R+ R+ START 13:05 13:05 13:05 13:05 13:05 13:58 13:58 TIME 0:09 0:00 0:00 0:00 0:00 COMMAND init [2] [migration/0] [ksoftirqd/0] [watchdog/0] [events/0]

' ~ e t a i l s steam power plants and intemal-combustion engines can be found in E B Woodruff, H B Lammers, of and T S Lammers, Steam Plant Operation, 6th ed, McGraw-Hill, New York, 1992; and C F Taylor, The Internal Combustion Engine in Theory and Practice: Thermodynamics, Fluid Flow, Perjormance, MIT Press, Boston, 1984

The first line of the output provides column headers for the listing, as follows: USER PID Who owns what process Process identification number

27 1

%CPU Percentage of the CPU taken up by a process Note: For a system with multiple processors, this column will add up to more than 100 percent %MEM VSZ RSS Percentage of memory taken up by a process The amount of virtual memory a process is taking The amount of actual (resident) memory a process is taking

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