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Sometimes, you ll come across the term susceptance in reference to ac circuits Susceptance is symbolized by the capital letter B It is the reciprocal of reactance Susceptance can be either capacitive or inductive These quantities are symbolized as BC and BL, respectively Therefore we have these two relations: BC = 1/XC BL = 1/XL All values of B theoretically contain the j operator, just as do all values of X But when it comes to finding reciprocals of quantities containing j, things get tricky The reciprocal of j is equal to its negative! Expressed mathematically, we have these two facts: 1/j = j 1/( j ) = j As a result of these properties of j, the sign reverses whenever you find a susceptance value in terms of a reactance value When expressed in terms of j, inductive susceptance is negative imaginary, and capacitive susceptance is positive imaginary just the opposite situation from inductive reactance and capacitive reactance Suppose you have an inductive reactance of 2 This is expressed in imaginary terms as j2 To find the inductive susceptance, you must find 1/( j2) Mathematically, this expression can be converted to a real-number multiple of j in the following manner: 1/( j 2) = (1/j )(1 2) = (1/j )05 = j05 Now suppose you have a capacitive reactance of 10 This is expressed in imaginary terms as j10 To find the capacitive susceptance, you must find 1/( j10) Here s how this can be converted to the straightforward product of j and a real number:

We should get the same results as if we d used the word light instead of doodleysquat. As you can see, adding custom entries to the SQL Server Full Text Search Thesaurus isn t difficult; there are a few steps you need to follow in order to make it happen. Once you know how, you can use the functionality to make searches for your users more productive.

Normally, you declare each global variable at the top level of a script rather than in one of the subroutines, as in the following example, where the declaration of the global variable myUserName appears in boldface This makes the global variable available to the main body of the script and to each subroutine, which is what you normally want The script first calls the get_user_name subroutine, which displays a dialog box prompting the user to enter his or her name and stores it in myUserName, and then calls the show_ user_name subroutine, which displays the contents of myUserName in a dialog box

Every language has some words that are used so often that indexing them for full-text searching would be useless words such as a, an, and, the, or, and so forth. These words are known as noise words and will be ignored when you re doing any full-text indexing. In some companies, certain words become noise words. For example, your company may have a rule that its company name must appear in all comment records in the form of a copyright notice. In that case, your company name would become a noise word because it appears so often as to be meaningless to search for. SQL Server 2005 had support for custom noise words for its full-text search, but it was in the form of a simple text file that applied to the entire server. SQL Server 2008 has moved to a new concept, stopwords. This change is much deeper than just a rebranding. With the change comes a lot more flexibility and functionality. SQL Server 2008 introduces two new tools: stopwords and stoplists. A stoplist acts as a named container for a group of stopwords. You can then associate a stoplist with one or more tables. This is a great enhancement over noise words, which applied to the entire server. Now you can associate a group of stopwords, in a stoplist, with specific tables without affecting the rest of the tables in the database or server. Let s run a query to demonstrate. We ll use the same query we ve used elsewhere in this chapter:

global myUserName get_user_name() show_user_name() on get_user_name() display dialog "Please type your name:" default answer "" set myUserName to text returned of the result end get_user_name on show_user_name() display dialog myUserName end show_user_name

1/( j10) = (1/ j )(1 10) = (1/ j)01 = j 01 When you want to find an imaginary value of susceptance in terms of an imaginary value of reactance, first take the reciprocal of the real-number part of the expression, and then multiply the result by 1

SELECT [Name], ProductNumber, [Description] FROM [Production].[Product] p , [Production].[ProductDescription] pd , [Production].[ProductModelProductDescriptionCulture] pmpdc WHERE p.ProductModelID = pmpdc.ProductModelID AND pmpdc.ProductDescriptionID = pd.ProductDescriptionID AND CONTAINS(pd.[Description], 'shifting');

To create a stoplist, you can use the first of the new SQL Server 2008 commands, CREATE FULLTEXT STOPLIST:

An approach you may need to use sometimes is to declare a global variable in only the subroutines that need it The following script declares the global variable myUserName in the get_user_name subroutine (again, in boldface), making it available to that subroutine and to the main body of the script but not to the show_user_name subroutine:

CREATE FULLTEXT STOPLIST ArcanesStoplist;

Problem 15-5 Suppose you have a capacitor of 100 pF at a frequency of 300 MHz What is BC First, find XC by the formula for capacitive reactance:

get_user_name() show_user_name() on get_user_name() global myUserName display dialog "Please type your name:" default answer "" set myUserName to text returned of the result end get_user_name on show_user_name() display dialog myUserName end show_user_name