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Entity integrity means that each table must have a column or combination of columns with unique values. Unique means that no two rows of a table have the same value. For exam ple, StdSSN in Student is unique and the combination of StdSSN and OfferNo is unique in Enrollment. Entity integrity ensures that entities (people, things, and events) are uniquely identified in a database. For auditing, security, and communication reasons, it is important that business entities be easily traceable. Referential integrity means that the column values in one table must match column values in a related table. For example, the value of StdSSN in each row of the Enrollment table must match the value of StdSSN in some row of the Student table. Referential integrity ensures that a database contains valid connections. For example, it is critical that each row of the Enrollment table contains a Social Security number of a valid student. Otherwise, some enrollments can be meaningless, possibly resulting in students denied enrollment because nonexisting students took their places. For more precise definitions of entity integrity and referential integrity, some other defini tions are necessary. These prerequisite definitions and the more precise definitions follow. Definitions Superkey: a column or combination of columns containing unique values for each row. The combination of every column in a table is always a superkey because rows in a table must be unique.

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Downloaded from Digital Engineering Library @ McGraw-Hill (www.digitalengineeringlibrary.com) Copyright 2004 The McGraw-Hill Companies. All rights reserved. Any use is subject to the Terms of Use as given at the website.

There are several things of interest in the preceding example. First, notice how ITwoDCoord is declared:

4x 2

25:

For clarity we set ( x) = x 3 , ( x) = 3x 2 . The integral then becomes ( x) dx 1 2 ( x) We know that this last integral equals Sin 1 ( x) + C . .

// A simple #if/#else example. #include <iostream> using namespace std; #define MAX 6 int main() { #if MAX>10 cout << "Extra memory required.\n"); #else cout << "Current memory OK.\n"; #endif // ... return 0; }

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// Demonstrate a new() constructor constraint. using System; class MyClass { public MyClass() { Console.WriteLine("Creating a MyClass instance."); // ... } //... } class Test<T> where T : new() { T obj;

for i = 1, . . . , n - 1, and with y representing s in the case of translating followers, f in the case of their oscillating counterparts. Now, if we de ne the (n - 1)-dimensional vectors y, y , and y in exactly the same way as de ned in Subsec. 7.4.1, then the counterparts of relations (7.29) and (7.30) take the forms Ay = 6Cy y = (F - GC)y (7.38) (7.39)

As the comments suggest, first an object of MyThread is created. This object is then used to construct a Thread object by passing the mt.Run( ) method as the entry point. Finally, execution of the new thread is started by calling Start( ). This causes mt.Run( ) to begin executing in its own thread. After calling Start( ), execution of the main thread returns to Main( ), and it enters Main( ) s do loop. Both threads continue running, sharing the CPU, until their loops finish. The output produced by this program is as follows. (The precise output that you see may vary slightly because of differences in your execution environment, operating system, and task load.)

With all the additional channels beyond stereo, what does that mean for the living room Where should the additional two speakers in a 7.1 audio configuration be positioned Although there is the possibility for different positioning options, a very typical scenario is depicted in Figure 6.12. Besides the center speaker, the right and left speaker should be positioned at an angle of 30 degree, and the left surround and right surround speaker should be positioned at an angle of 150 degrees, respectively. While this is the same configuration as a traditional 5.1 positioning, including the position of the LFE (low frequency effects or subwoofer speaker), the additional two speakers would be positioned as left and right surround side speakers, angled at 90 degree to the center speaker.

If you can figure out what the curve looks like and can find the intercepts (x = 0 and y = O ) you are a long way toward graphing the function. The axes shifting just takes attention to detail.

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