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Here, three local variables s1, s2, and hypot are declared The first two, s1 and s2, are initialized by constants However, hypot is initialized dynamically to the length of the hypotenuse Notice that the initialization involves calling MathSqrt( ) As explained, you can use any expression that is valid at the point of the initialization Since a call to MathSqrt( ) (or any other library method) is valid at this point, it can be used in the initialization of hypot The key point here is that the initialization expression can use any element valid at the time of the initialization, including calls to methods, other variables, or literals

RADIUS OF CURV (INCHES) 13243 13339 13447 13565 13694 13833 13982 14141 14309 14486 14673 14868 15071 15283 15503 15732 15969 16215 16470 16735 17010 17297 17596 17909 18239 18586 18955 19349 19772 20229 20727

##### 00000

As explained, in C# all variables must be declared Normally, a declaration includes the type of the variable, such as int or bool, followed by the name of the variable However, beginning with C# 30, it became possible to let the compiler determine the type of a local variable based on the value used to initialize it This is called an implicitly typed variable An implicitly typed variable is declared using the keyword var, and it must be initialized The compiler uses the type of the initializer to determine the type of the variable Here is an example:

var e = 27183;

2440000 2450000 2460000 2470000 2480000 2490000 2500000 2510000 2520000 2530000 2540000 2550000 2560000 2570000 2580000 2590000 2600000 2610000 2620000 2630000 2640000 2650000 2660000 2670000 2680000 2690000 2700000 2710000 2720000 2730000 2740000

9999; <Null>; 1 09999; 00000; 00001

Because e is initialized with a floating-point literal (whose type is double by default), the type of e is double Had e been declared like this:

var e = 27183F;

#,### #,##000 +# -# #0% <space> 00 % <any alphanumeric character> $#,##000 #,###[Red]

2440000 2450000 2460000 2470000 2480000 2490000 2500000 2510000 2520000 2530000 2540000 2550000 2560000 2570000 2580000 2590000 2600000 2610000 2620000 2630000 2640000 2650000 2660000 2670000 2680000 2690000 2700000 2710000 2720000 2730000 2740000

then e would have the type float, instead The following program demonstrates implicitly typed variables It reworks the program shown in the preceding section so that all variables are implicitly typed

using System; class ImplicitlyTypedVar { static void Main() { // These are now implicitly typed variables They // are of type double because their initializing // expressions are of type double var s1 = 40; var s2 = 50; // Now, hypot is implicitly typed Its type is double // because the return type of Sqrt() is double var hypot = MathSqrt( (s1 * s1) + (s2 * s2) ); ConsoleWrite("Hypotenuse of triangle with sides " + s1 + " by " + s2 + " is "); ConsoleWriteLine("{0:####}", hypot); // The following statement will not compile because // s1 is a double and cannot be assigned a decimal value

9,999; <Null>; 1 9,99900; 000; 100 +9999; <Null>; +1 9999; <Null>; 1 99990%; 0%; 10% 99990 %; 00 %; 10 %

(Continued)

Part I:

19:

9,999; <Null>; 1

The program begins by creating a class called ChrPair that will hold the results of the query It then creates two character arrays, called chrs and chrs2 It uses the following query to produce all possible combinations of the two sequences:

CAMSHAFT ANGLE (DEGREES) PRESSURE ANGLE (DEGREES) 380376 381663 382491 382843 382702 382049 380864 379126 376810 373893 370347 366146 361259 355657 349308 342181 334244 325464 315813 305262 293788 281369 267994 253656 238360 222122 204972 186955 168131 148579 128512 19290 19028 18768 18511 18258 18009 17764 17523 17287 17057 16832 16614 16402 16196 15997 15806 15622 15446 15278 15118 14967 14824 14690 14565 14449 14343 14245 14157 14078 14008 13948 280464 335217 389243 442427 494653 545807 595780 644462 691748 737536 781727 824224 864937 903776 940658 975503 1008235 1038783 1067081 1093069 1116689 1137891 1156628 1172860 1186552 1197674 1206203 1212119 1215410 1215410 1197674 -94822 -93966 -92960 -91805 -90503 -89058 -87472 -85749 -83893 -81907 -79797 -77566 -75219 -72762 -70200 -67538 -64783 -61939 -59014 -56013 -52943 -49812 -46624 -43388 -40111 -36799 -33459 -30100 -26728 -23350 -19993

var pairs = from ch1 in chrs from ch2 in chrs2 select new ChrPair(ch1, ch2);