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( c ) Methyl chloride(l)/ethyl chloride(2) with mole fractions yl = 045 and y2 = 055 at T = 29815 K (25 C) and P = 100 Wa (d) Nitrogen(l)/ammonia(2) with mole fractions yl = 083 and y2 = 017 at T = 29315 K (20 C) and P = 300 Wa (e) Sulfur dioxide(l)/ethylene(2) with mole fractions yl = 032 and y2 = 068 at T = 29815 K (25 C) and P = 420 kPa Note: Set kij = 0 in Eq (1168)

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throws InterruptedException void start( ) String toString( ) static void yield( ) Starts execution of the thread Returns the string equivalent of a thread The calling thread yields the CPU to another thread

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All of the fundamental equations and necessary definitions of solution thermodynamics are given in the preceding chapter In this chapter we examine what can be learnt from experiment Considered first are measurementsof vaporlliquidequilibrium (VLE) data, from which activitycoefficient correlations are derived Second, we treat mixing experiments, which provide data for property changes of mixing In particular, practical applications of the enthalpy change of mixing, called the heat of mixing, are presented in detail in Sec 124

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ThreadGroup creates a group of threads It defines these two constructors: ThreadGroup(String groupName) ThreadGroup(ThreadGroup parentOb, String groupName) For both forms, groupName specifies the name of the thread group The first version creates a new group that has the current thread as its parent In the second form, the parent is specified by parentOb The methods defined by ThreadGroup are shown in Table 14-17 In versions of Java prior to 2, ThreadGroup also included the methods stop( ), suspend( ), and resume( ) These have been deprecated by Java 2 because they were inherently unstable Thread groups offer a convenient way to manage groups of threads as a unit This is particularly valuable in situations in which you want to suspend and resume a number of related threads For example, imagine a program in which one set of threads is used for printing a document, another set is used to display the document on the screen, and another set saves the document to a disk file If printing is aborted, you will want an easy way to stop all threads related to printing Thread groups offer this convenience The following program, which creates two thread groups of two threads each, illustrates this usage: Table 14-17 The Methods Defined by ThreadGroup

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int activeCount( )

Figure 121 shows a vessel in which a vapor mixture and a liquid solution coexist in vaporlliquid equilibrium The temperature T and pressure P are uniform throughout the vessel, and can be measured with appropriate instruments Vapor and liquid samples may be withdrawn for analysis, and this provides experimental values for mole fractions in the vapor {yi} mole and fractions in the liquid {xi }

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Returns the number of threads in the group plus any groups for which this thread is a parent Returns the number of groups for which the invoking thread is a parent Causes the security manager to verify that the invoking thread may access and/or change the group on which checkAccess( ) is called Destroys the thread group (and any child groups) on which it is called The threads that comprise the invoking thread group are put into the group array

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For species i in the vapor mixture, Eq (1148) is written:

Part I:

int activeGroupCount( )

f l = fiTherefore,

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