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Reminiscent of Eqs (311) and (312), this series is called an osmotic virial expansion Show that the second osmotic virial coefficient B is:

it renders quite differently than without the display modified:

append( )

Also, we can do the reverse and make elements that are not normally block act as such:

15

The append( ) method concatenates the string representation of any other type of data to the end of the invoking StringBuffer object It has overloaded versions for all the built-in types and for Object Here are a few of its forms: StringBuffer append(String str) StringBuffer append(int num) StringBuffer append(Object obj) StringvalueOf( ) is called for each parameter to obtain its string representation The result is appended to the current StringBuffer object The buffer itself is returned by each version of append( ) This allows subsequent calls to be chained together, as shown in the following example:

psetasblock em {display: block;}

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The purpose of this chapter is to present a procedure for the analysis of practical processes from the thermodynamic point of view It is an extension of the ideal work and lost work concepts presented in Secs 58 and 59 Real irreversible processes are amenable to thermodynamic analysis The goal of such an analysis is to determine how efficiently energy is used or produced and to show quantitatively the effect of inefficiencies in each step of a process The cost of energy is of concern in any manufacturing operation, and the first step in any attempt to reduce energy requirements is to determine where and to what extent energy is wasted through process irreversibilities The treatment here is limited to steady-state flow processes, because of their predominance in industrial practice

<p class="setasblock">This paragraph <em>has some</em> <em>emphasis tags </em> that act as blocks</p> <p>This paragraph <em>has some</em> <em>emphasis tags</em> that act normally</p>

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it produces:

Many processes consist of a number of steps, and lost-work calculations are then made for each step separately By Eq (534),

// Demonstrate append() class appendDemo { public static void main(String args[]) { String s; int a = 42; StringBuffer sb = new StringBuffer(40); s = sbappend("a = ")append(a)append("!")toString(); Systemoutprintln(s);

You also can coerce an element to act somewhat like a list by casting it with the display property, as shown here:

psetaslist em {display:list-item; list-style-position: inside;}

The output of this example is shown here: a = 42! The append( ) method is most often called when the + operator is used on String objects Java automatically changes modifications to a String instance into similar operations on a StringBuffer instance Thus, a concatenation invokes append( ) on a StringBuffer object After the concatenation has been performed, the compiler inserts a call to toString( ) to turn the modifiable StringBuffer back into a constant String All of this may seem unreasonably complicated Why not just have one string class and have it behave more or less like StringBuffer The answer is performance There are many optimizations that the Java run time can make knowing that String objects are immutable Thankfully, Java hides most of the complexity of conversion between Strings and StringBuffers Actually, many programmers will never feel the need to use StringBuffer directly and will be able to express most operations in terms of the + operator on String variables

For a single surroundings temperature Tu, summing over the steps of a process gives:

it renders like so:

insert( )

Dividing the former equation by the latter yields:

ul li {display: inline;}

The insert( ) method inserts one string into another It is overloaded to accept values of all the simple types, plus Strings and Objects Like append( ), it calls StringvalueOf( ) to obtain the string representation of the value it is called with This string is then inserted into the invoking StringBuffer object These are a few of its forms: StringBuffer insert(int index, String str) StringBuffer insert(int index, char ch) StringBuffer insert(int index, Object obj) Here, index specifies the index at which point the string will be inserted into the invoking StringBuffer object The following sample program inserts "like" between "I" and "Java": // Demonstrate insert() class insertDemo { public static void main(String args[]) { StringBuffer sb = new StringBuffer("I Java!"); sbinsert(2, "like "); Systemoutprintln(sb);

4:

wlosf --

and then applying it to markup like this:

The output of this example is shown here: I like Java!

A complete example showing all these display examples is provided here:

S; ,

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