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The treatment of flash calculations in Sec 106 led to calculations based on Raoult's law and K-value correlations Use of the gammalphi formulation of VLE makes the calculations somewhat more complex, but the primary equation is unchanged:

datetime This attribute is used to indicate the date and time of the enclosed content The value of the attribute is a date in a special format as defined by ISO 8601 The basic date format is

- 238 -

where the following is true:

Since xi = y i / K i , an alternative equation is:

however You might get surprising results Consider the following: String s = "four: " + 2 + 2; Systemoutprintln(s); This fragment displays four: 22 rather than the four: 4 that you probably expected Here's why Operator precedence causes the concatenation of "four" with the string equivalent of 2 to take place first This result is then concatenated with the string equivalent of 2 a second time To complete the integer addition first, you must use parentheses, like this: String s = "four: " + (2 + 2); Now s contains the string "four: 4"

YYYY=four-digit year such as 1999 MM=two-digit month (01=January, 02=February, and so on) DD=two-digit day of the month (01 through 31) hh=two-digit hour (00 to 23) (24-hour clock, not AM or PM) mm=two-digit minute (00 through 59) ss=two-digit second (00 through 59) TZD=time zone designator

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Since both sets of mole fractions must sum to unity, xi = yi = 1 Thus, if we sum Eq (1016) over all species and subtract unity from this sum, the difference F, must be zero:

String Conversion and toString( )

The time zone designator is either Z, which indicates Universal Time Coordinate or coordinated universal time format (UTC), or +hh:mm, which indicates that the time is a local time that is hh hours and mm minutes ahead of UTC Alternatively, the format for the time zone designator could be -hh:mm, which indicates that the local time is behind UTC Note that the letter T actually appears in the string, all digits must be used, and 00 values for minutes and seconds might be required An example value for the datetime attribute might be 1999-10-6T09:15:00-05:00, which corresponds to October 6, 1999, 9:15 AM, US Eastern Standard Time

pubdate This Boolean attribute, when specified, indicates that the date and time given by this element should be applied as the publication date of an enclosing article element If there is no enclosing article element, the publication date would apply to the entire document Under XHTML5, the value of the attribute should be pubdate for XML syntax conformance

When Java converts data into its string representation during concatenation, it does so by calling one of the overloaded versions of the string conversion method valueOf( ) defined by String valueOf( ) is overloaded for all the simple types and for type Object For the simple types, valueOf( ) returns a string that contains the human-readable equivalent of the value with which it is called For objects, valueOf( ) calls the toString( ) method on the object We will look more closely at valueOf( ) later in this chapter Here, let's examine the toString( ) method, because it is the means by which you can determine the string representation for objects of classes that you create Every class implements toString( ) because it is defined by Object However, the default implementation of toString( ) is seldom sufficient For most important classes that you create, you will want to override toString( ) and provide your own string representations Fortunately, this is easy to do The toString( ) method has this general form: String toString( ) To implement toString( ), simply return a String object that contains the human-readable string that appropriately describes an object of your class By overriding toString( ) for classes that you create, you allow the resulting strings to be fully integrated into Java's programming environment For example, they can be used in print( ) and println( ) statements and in concatenation expressions The following program demonstrates this by overriding toString( ) for the Box class: // Override toString() for Box class class Box { double width; double height; double depth; Box(double w, double h, double d) { width = w; height = h; depth = d;

Similar treatment of Eq (1416) yields the difference F,, which must also be zero:

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