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which means that the axial load P must take one of the values in Eq. (30.7): P(n) = n2 2EI L2 n = 1, 2, 3, . . . (30.7)

the statement or row level). In practice, relational databases built using Oracle don t tend to use instead-of triggers; they were introduced in Oracle8 to support some of its newer objectoriented features.

For each value of n, the corresponding nonzero solution for y is y(n) = B(n) sin n x L n = 1, 2, 3, . . . (30.8)

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Triggers pose some of the same issues for DBMS processing that UPDATE and DELETE rules present. For example, triggers can cause a cascaded series of actions. Suppose a user s attempt to update a table causes a trigger to fire, and within the body of that trigger is an UPDATE statement for another table. A trigger on that table causes the UPDATE of still another table, and so on. The situation is even worse if one of the fired triggers attempts to update the original target table that caused the firing of the trigger sequence in the first place! In this case, an infinite loop of fired triggers could result. Various DBMS systems deal with this issue in different ways. Some impose restrictions on the actions that can be taken during execution of a trigger. Others provide built-in functions that allow a trigger s body to detect the level of nesting at which the trigger is operating. Some provide a system setting that controls whether cascaded trigger processing is allowed. Finally, some provide a limit on the number of levels of nested triggers that can fire. One additional issue associated with triggers is the overhead that can result during very heavy database usage, such as when bulk data is being loaded into a database. Some DBMS brands provide the ability to selectively enable and disable trigger processing to handle this situation. Oracle, for example, provides this form of the ALTER TRIGGER statement:

where B(n) is an arbitrary constant. In words, the preceding results state the following: Suppose that we have a perfectly straight prismatic column with constant properties over its entire length. If the column is subjected to a perfectly axial load, there is a set of load values, together with a set of sine-shaped deformation curves for the column axis, such that the applied moment due to the axial load and the resisting internal moment are in equilibrium everywhere along the column, no matter what the amplitude of the sine curve may be. From Eq. (30.7), the smallest load at which such deformation occurs, called the critical load, is Pcr = This is the familiar Euler formula. 2EI L2 (30.9)

ALTER TRIGGER BEF_UPD_ORD DISABLE;

The result of the decompression process, a series of mathematical operations that recreates an approximation to the original audio and video, is a data set representing the pixels comprising the moving images and another data set representing the accompanying audio samples To get down to the data that will actually be painted on screen and converted into sound, the bit stream has had to be interpreted and decoded at various levels (Figure 215)..