The completion of each license plate is tested to see if the values random. Create an n-ary relation – in table form – that depicts possible results of ten license plate outputs. Include the following results: •

• Number
• Letter
• Colors
• State
Also include a primary key. What is the value of n in this n-ary relation?

To create an n-ary relation table that depicts possible results of ten license plate outputs, we need to determine the number of attributes (n) in the relation. The given attributes are:

1. Number
2. Letter
3. Colors
4. State

Since there are four attributes in the relation, the value of n in this n-ary relation is 4.

Here is an example of a table depicting possible results of ten license plate outputs:

| Primary Key | Number | Letter | Colors | State |
|-------------|---------|--------|--------|-------|
| 1 | A12 | B | White | CA |
| 2 | C34 | D | Blue | NY |
| 3 | E56 | F | Red | TX |
| 4 | G78 | H | Black | FL |
| 5 | I90 | J | Green | OH |
| 6 | K12 | L | Yellow | MA |
| 7 | M34 | N | Orange | IL |
| 8 | O56 | P | Purple | WA |
| 9 | Q78 | R | Brown | MI |
| 10 | S90 | T | Gray | PA |

In this table, each row represents a different license plate, and the primary key uniquely identifies each row. The values for the number, letter, colors, and state attributes are randomly generated for each license plate output in this example.