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SELECT Color FROM Production.ColorList WHERE Color NOT IN (SELECT Color FROM Production.Product WHERE Color IS NOT NULL)

set recipient1 to {recipient type:to recipient, address:{display name:"Chris Smith", address:"csmith@acmevirtualindustriescom"}} set recipient2 to {recipient type:cc recipient, address:{display name:"Ed Sempio", address:"esempio@acmevirtualindustriescom"}}

Any transformer used in the 60-Hz utility line, intended to provide a certain rms ac voltage for the operation of electrical circuits, is a power transformer Power transformers exist in a vast range of physical sizes, from smaller than a tennis ball to as big as a room

When you need to retrieve all the rows from one table in a join, even when there is not a matching row in the second table for every row in the first table, you must use an OUTER JOIN instead of an INNER JOIN. The query will return NULL values in the columns from non-matching rows in the second table. Listing 5 is an example that shows the rows from Production.ColorList along with Production.Product data even when there are no rows in Production.Product that

Once you ve got your recipients, you can easily assign them to the recipient property of the outgoing message object Here s an example using the recipient1 variable and the recipient2 variable:

match. The results will contain NULL in the ProductID column when there isn t a match. Figure 4 shows the results.

At the Generating Plant The largest transformers are employed at the places where electricity is generated Not surprisingly, high-energy power plants have bigger transformers that develop higher voltages than low-energy, local power plants These transformers must be able to handle high voltages and large currents simultaneously

SELECT c.Color, p.ProductID FROM Production.ColorList AS c LEFT OUTER JOIN Production.Product AS p ON c.Color = p.Color ORDER BY p.Color

set myRecipients to {recipient1, recipient2} set myMessage to make new outgoing message with properties {recipient:myRecipients, subject:"New Documentation for HR Trials", content:"Here is the new documentation for the HR trials next week"}

Figure 4 All rows from the Production.ColorList and the Production.Product rows that match. Non-matching rows return NULL in the ProductID column.

There s no need to assign recipients to variables you can put them directly in the make new outgoing message command if you don t mind nesting several levels of braces For example, make new outgoing message with properties {recipient:{recipient type:cc recipient, address:{display name:"Ed Sempio", address:"esempio@acmevirtualindustriescom"}}} works fine, but most people find it harder to read

When electrical energy must be sent over long distances, extremely high voltages are used This is because, for a given amount of power ultimately dissipated by the loads, the current is lower when the voltage is higher Lower current translates into reduced loss in the transmission line Recall the formula P = EI, where P is the power (in watts), E is the voltage (in volts), and I is the current (in amperes) If you can make the voltage 10 times larger, for a given power level, then the current is reduced to 1 10 as much The ohmic losses in the wires are proportional to the square of the current Remember that P = I 2R, where P is the power (in watts), I is the current (in amperes), and R is the resistance (in ohms) Engineers can t do much about the wire resistance or the power consumed by the loads, but they can adjust the voltage, and thereby the current Suppose the voltage in a power transmission line is increased by a factor of 10, and the load at the end of the line draws constant power This increase in the voltage reduces the current to 1 10 of its previous value As a result, the ohmic loss is cut to (1 10)2, or 1 100, of its previous amount That s a major improvement in the efficiency of the transmission line, at least in terms of the loss caused by the resistance in the wires and it is the reason why regional power plants have massive transformers capable of generating hundreds of thousands of volts

Notice that the keyword LEFT is used in listing 5. That designates the position of the table that will return all rows. I prefer to use LEFT OUTER JOIN so that the main table is listed first. The query in listing 6 will produce the same results using a RIGHT OUTER JOIN.