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Here is the output from the program:

1 1 2 4 3 9 4 16 5 25 6 36 7 49 8 64 9 81 10 100

In the preceding examples, when you created a two-dimensional array, you were creating what is called a rectangular array Thinking of two-dimensional arrays as tables, a rectangular array is a two-dimensional array in which the length of each row is the same for the entire array However, C# also allows you to create a special type of two-dimensional array called a jagged array A jagged array is an array of arrays in which the length of each array can differ Thus, a jagged array can be used to create a table in which the lengths of the rows are not the same

10 j=1

7:

The e in effect is like the e in end result, and that s what effect the noun represents an outcome, or end result The following sentence shows effect used as a noun:

Jagged arrays are declared by using sets of square brackets to indicate each dimension For example, to declare a two-dimensional jagged array, you will use this general form: type[ ] [ ] array-name = new type[size][ ]; Here, size indicates the number of rows in the array The rows, themselves, have not been allocated Instead, the rows are allocated individually This allows for the length of each row to vary For example, the following code allocates memory for the first dimension of jagged when it is declared It then allocates the second dimensions manually

int[][] jagged = new int[3][]; jagged[0] = new int[4]; jagged[1] = new int[3]; jagged[2] = new int[5];

e ( j 01) 01

After this sequence executes, jagged looks like this:

It is easy to see how jagged arrays got their name! Once a jagged array has been created, an element is accessed by specifying each index within its own set of brackets For example, to assign the value 10 to element 2, 1 of jagged, you would use this statement:

jagged[2][1] = 10;

Note that this differs from the syntax that is used to access an element of a rectangular array The following program demonstrates the creation of a jagged two-dimensional array:

( )

// Demonstrate jagged arrays using System; class Jagged { static void Main() { int[][] jagged = new int[3][]; jagged[0] = new int[4]; jagged[1] = new int[3]; jagged[2] = new int[5]; int i; // Store values in first array for(i=0; i < 4; i++) jagged[0][i] = i; // Store values in second array for(i=0; i < 3; i++) jagged[1][i] = i;

Part I:

// Store values in third array for(i=0; i < 5; i++) jagged[2][i] = i; // Display values in first array for(i=0; i < 4; i++) ConsoleWrite(jagged[0][i] + " "); ConsoleWriteLine(); // Display values in second array for(i=0; i < 3; i++) ConsoleWrite(jagged[1][i] + " "); ConsoleWriteLine(); // Display values in third array for(i=0; i < 5; i++) ConsoleWrite(jagged[2][i] + " "); ConsoleWriteLine(); } }

Occasionally, you will see effect used as a verb (meaning to bring about) in business writing For instance, How will Mr Morrison effect change within his organization illustrates effect being used as a verb Likewise, occasionally you will see affect used as a noun (meaning a feeling or emotion as distinguished from cognition) A director might say that an actress lacks affect, for example It s important to recognize these different applications; however, for most of us in most business writing situations, using affect as a verb (action) and effect as a noun (end result) simpli es the process and satis es our needs Affect (v) means to in uence, to change Effect (n) refers to results

100 j=1

The output is shown here:

0 1 2 3 0 1 2 0 1 2 3 4