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Concise Communications Succeed 95 Tactic One: Conciseness 95 Exercise 16: Revise for Conciseness 100 Tactic Two: Clarity 103 Exercise 17: Revise to Create Proper Emphasis and Increase Clarity 108 Tactic Three: A Positive Tone 110 Tactic Four: Parallel Construction 111 Exercise 18: Write a Third Draft 115

Here is 10/3: 333333333333333

Although this might be fine for some purposes, displaying so many decimal places could be inappropriate for others For example, in financial calculations, you will usually want to display two decimal places To control how numeric data is formatted, you will need to use a second form of WriteLine( ), shown here, which allows you to embed formatting information: WriteLine( format string , arg0, arg1, , argN); In this version, the arguments to WriteLine( ) are separated by commas and not + signs The format string contains two items: regular, printing characters that are displayed as-is, and format specifiers Format specifiers take this general form: {argnum, width: fmt}

Part I:

81 Volumes by Slicing 810 Introduction 811 The Basic Strategy 812 Examples 82 Volumes of Solids of Revolution 820 Introduction 821 The Method of Washers 822 The Method of Cylindrical Shells 823 Different Axes 83 Work 84 Averages 85 Arc Length and Surface Area 851 Arc Length 852 Surface Area 86 Hydrostatic Pressure 87 Numerical Methods of Integration 871 The Trapezoid Rule 872 Simpson's Rule Quiz Final Exam Answers to Quizzes and Final Exam Bibliography Index

if(b==null) ConsoleWriteLine("The cast in b = (B) a is NOT allowed"); else ConsoleWriteLine("The cast in b = (B) a is allowed"); } }

Here is the output, which is the same as before:

In this version, the as statement checks the validity of the cast and then, if valid, performs the cast, all in one statement

Although useful in their own ways, the as and is operators simply test the compatibility of two types Often, you will need to obtain information about a type To do this, C# supplies the typeof operator It retrieves a SystemType object for a given type Using this object, you can determine the type s characteristics The typeof operator has this general form: typeof(type) Here, type is the type being obtained The Type object returned encapsulates the information associated with type Once you have obtained a Type object for a given type, you can obtain information about it through the use of various properties, fields, and methods defined by Type Type is a large class with many members, and a discussion is deferred until the next section, where reflection is examined However, to briefly demonstrate Type, the following program uses three of its properties: FullName, IsClass, and IsAbstract To obtain the full name of the type, use FullName IsClass returns true if the type is a class IsAbstract returns true if a class is abstract

266 266 266 268 273 273 274 279 281 284 289 292 292 296 300 306 308 312 316 319 339 393 395

// Demonstrate typeof using System; using SystemIO; class UseTypeof { static void Main() { Type t = typeof(StreamReader); ConsoleWriteLine(tFullName); if(tIsClass) ConsoleWriteLine("Is a class"); if(tIsAbstract) ConsoleWriteLine("Is abstract"); else ConsoleWriteLine("Is concrete"); } }

Integrate Proo ng into the Writing Process 121 Understand Proofreading s Role in the Business Writing Process 121 Determine Your Editing Level Before You Begin to Proof 122

This program outputs the following:

17: