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Excel 2003
Excel 2003 is the spreadsheet software in the Microsoft 2003 Office Suite. It allows you to store, organize, and analyze numerical information.
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Microsoft Excel 2003 is a spreadsheet application in the Microsoft Office Suite. A spreadsheet is an accounting program for the computer. Spreadsheets are primarily used to work with numbers and text. Spreadsheets can help organize information, like alphabetizing a list of names or ordering records, or calculate and analyze information using mathematical formulas.
By the end of this lesson, students should be able to:
• Identify the parts of the Excel window
• Understand the differences between a Workbook and a Worksheet
• Understand a cell and its importance to Excel ? Move around a workbook
Excel 2003
Workbook
Also called a spreadsheet, the Workbook is a unique file created by Excel. Title bar
The Title bar displays both the name of the application and the name of the spreadsheet. Menu bar
The Menu bar displays all the menus available for use in Excel 2003. The contents of any menu can be displayed by clicking on the menu name with the left mouse button.
Toolbar
Some commands in the menus have pictures or icons associated with them. These pictures may also appear as shortcuts in the Toolbar.
Column Headings
Each Excel spreadsheet contains 256 columns. Each column is named by a letter or combination of letters.
Row Headings
Each spreadsheet contains 65,536 rows. Each row is named by a number.
Name Box
Shows the address of the current selection or active cell.
Formula Bar
Displays information enteredor being entered as you typein the current or active cell. The contents of a cell can also be edited in the Formula bar.
Cell
A cell is an intersection of a column and row. Each cell has a unique cell address. In the picture above, the cell address of the selected cell is B3. The heavy border around the selected cell is called the cell pointer.
Navigation Buttons and Sheet Tabs
Navigation buttons allow you to move to another worksheet in an Excel workbook. Used to display the first, previous, next or last worksheets in the workbook.
Sheet tabs separate a workbook into specific worksheets. A Workbook defaults to three worksheets. A Workbook must contain at least one worksheet.
A Workbook automatically shows in the workspace when you open Microsoft Excel 2003. Each workbook contains three worksheets. A worksheet is a grid of cells, consisting of 65,536 rows by 256 columns. Spreadsheet informationtext, numbers or mathematical formulasis entered in the different cells.
Column headings are referenced by alphabetic characters in the gray boxes that run across the Excel screen, beginning with the Column A and ending with Column IV.
Rows are referenced by numbers that appear on the left and then run down the Excel screen. The first row is named Row 1 and the last row is named 65536.
Important Terms
• A workbook is made up of three worksheets.
• The worksheets are labeled Sheet1, Sheet2, and Sheet3. ? Each Excel worksheet is made up of columns and rows.
• In order to access a worksheet, click on the tab that says Sheet#.
An Excel worksheet is made up of columns and rows. Where these columns and rows intersect, they form little boxes called cells. The active cell, or the cell that can be acted upon, reveals a dark border. All other cells reveal a light gray border. Each cell has a name. Its name is comprised of two parts: the column letter and the row number.
In the following picture the cell C3, formed by the intersection of column C and row 3, contains the dark border. It is the active cell.
Important Terms
• Each cell has a unique cell address composed of a cell's column and row.
• The active cell is the cell that receives the data or command you give it.
• A darkened border, called the cell pointer, identifies it.
You can move around the spreadsheet in several different ways.
To Move the Cell Pointer:
? To activate any cell, point to a cell with the mouse and click. ? To move the pointer one cell to the left, right, up, or down, use the keyboard arrow keys. To Scroll Through the worksheet:
The vertical scroll bar located along the right edge of the screen is used to move up or down the spreadsheet. The horizontal scroll bar located at the bottom of the screen is used to move left or right across the spreadsheet.
The PageUp and PageDown keys on the keyboard are used to move the cursor up or down one screen at a time. Other keys that move the active cell are Home, which moves to the first column on the current row, and Ctrl+Home, which moves the cursor to the top left corner of the spreadsheet or cell A1.
To Move between worksheets
As mentioned, each Workbook defaults to three worksheets. These worksheets are represented by tabsnamed Sheet1, Sheet2 and Sheet3that appear at the bottom of the Excel window.
To Move from one worksheet to another worksheet:
? Click on the sheet tab (Sheet1, Sheet2 or Sheet 3) that you want to display
By the end of this lesson, learners should be able to:
• State the differences between New, Open, Close Save and Save As ? Create a workbook
• Save a workbook
• Open a workbook
• Close a workbook
The File menu contains all the operations that we will discuss in this lesson: New, Open, Close, Save and Save As.
New
Used to create a new Workbook.
Open
Used to open an existing file from a floppy disk or hard drive of your computer. Close
Used to close a spreadsheet.
Save As
Used when to save a new file for the first time or save an existing file with a different name.
Save
Used to save a file that has had changes made to it. If you close the workbook without saving then any changes made will be lost.
A blank workbook is displayed when Microsoft Excel is first opened. You can type information or design a layout directly in this blank workbook.
To Create an Excel Workbook:
• Choose File New from the menu bar.
• The New Workbook task pane opens on the right side of the screen.
• Choose Blank Workbook under the New category heading.
• A blank workbook opens in the Excel window. The New Workbook task pane is closed.
Every workbook created in Excel must be saved and assigned a name to distinguish it from other workbooks. The first time you save a workbook, Excel will prompt you to assign a name through the Save As operation. Once assigned a name, any additional changes made to the text, numbers or formulas need to be saved using the Saveoperation.
To Save a new Workbook:
• Choose File Save As from the menu bar.
• The Save As Dialog Box appears.
• Click on the Save In: dropdown menu and locate where the file will be saved. Choose 3 1/2 Floppy (A:) to save the file to a floppy disk or Local Disk (C:) to save the file to your computer.
• Type a name for your file in the File Name: box. ? Click the Save button.
To Save Changes Made to an Existing Workbook:
• Choose File Save from the menu bar, or
Click the Save button on the Standard toolbar.
If you're saving the file for the first time and you do not choose a file name, Microsoft Excel will assign a file name for you.
It is a good idea to Save frequently when working in a spreadsheet. Losing information is never fun! You can quickly save your spreadsheet by using the quickkey combination Ctrl + S.
You can open any workbook that has previously been saved and given a name.
To Open an Existing Excel 2003 Workbook:
• Choose File Open from the menu bar.
• The Open dialog box opens.
• In the Look in list, click the drive, folder, or Internet location that contains the file you want to open.
• In the folder list, open the folder that contains the file. Once the file is displayed, click on the file you want to open. ? Click the Open button.
To close an existing Excel 2003 Workbook:
? Choose File Close from the menu bar. The workbook in the Excel window is closed.
Excel 2003 will prompt you to save information if any has been typed between the last save and the time you close the file.
By the end of this lesson, learners should be able to:
• Enter text in a cell
• Edit information in a cell
• Delete information in a cell
• Select multiple cells
You can enter three types of data in a cell: text, numbers, and formulas. Text is any entry that is not a number or formula. Numbers are values used when making calculations. Formulas are mathematical calculations.
To Enter Data into a Cell:
• Click the cell where you want to type information.
• Type the data. An insertion point appears in the cell as the data is typed.
• The data can be typed in either the cell or the Formula bar.
• Data being typed appears in the both active cell and in the formula bar.
• Notice the Cancel and Enter buttons in the formula bar.
• to end the entry and turn off the formula bar buttons.
Excel's AutoComplete feature keeps track of previouslyentered text. If the first few characters you type in a cell match an existing entry in that column, Microsoft Excel fills in the remaining characters for you.
Information in a spreadsheet is likely to change over time. Information can be changed in either of two ways.
Quick and Easy Method:
• Click the cell that contains the information to be changed.
• Type the new entry. The old entry is replaced by the new entry.
If the original entry is long and requires only a minor adjustment (in spelling, for example), then you can directly edit the information in the cell.
To Edit Information in a Cell:
Method 1: Direct Cell Editing
• Doubleclick on the cell that contains the information to be changed. ? The cell is opened for direct editing.
• Make the necessary corrections.
• Press Enter or click the Enter button on the Formula bar to complete the entry.
Method 2: Formula Bar Editing
• Click the cell that contains the information to be changed.
• Edit the entry in the formula bar.
To Delete Data that Already Appears in a Cell:
• Click the cell that contains the information to be deleted.
• Press the Delete key, or
• Rightclick and choose Clear Contents from the shortcut menu.
To Delete Data Being Typed But Not Yet Added to the Cell:
• Cancel an entry by pressing the Escape key.
Sometimes, you might do something to a spreadsheet that you didn't mean to do, like type the wrong number in a cell. Excel 2003 allows you to undo an operation. Use the Undo button on the Standard toolbar to recover an error. The last single action is recoverable.
To Undo Recent Actions (typing, formatting, etc), One at a Time: ? Click the Undo button.
To Undo Several Recent Actions at Once:
• Click the arrow next to the Undo button.
• Select the desired Undo operation(s) from the list.
• Microsoft Excel reverses the selected action and all actions that appear in the list above it.
An Undo operation can be cancelled by applying a Redo. This is useful when an Undo operation was mistakenly applied. Remember, a Redo is possible only if you have not changed an Excel spreadsheet since the last Undo operation was completed:
To Redo an Undo Operation:
• Press the Redo button.
To Redo several recent Undo actions at once:
• Click the arrow next to Redo button.
• Select the desired Redo operation from the list.
• Microsoft Excel reverses the Undo operation.
The currentlyselected cell in Excel is called the active cell. You can also select a group of adjacent cells, or a cell range. Many operations can be done against a cell range: move it, copy, it, delete it or format it. A cell range can be defined in different ways: select a specific range of cells, select multiple columns or rows, or select the entire worksheet.
To Select a Range of Cells:
• Move to the first cell in the range.
• The mouse pointer becomes a large cross.
• Clickandhold the left mouse button and drag left or right, up or down to the last cell you want to select.
• Release the mouse button.
• The cells you selected are shaded.
To Select All Cells in a Column or Row:
• Click the gray Column heading to select the entire column. (Click and drag the cursor across other column headings to select those columns).
• Click the gray Row heading to select the entire row. (Click and drag the cursor down through the row headings select those rows).
To Select the Entire Worksheet:
• Click the gray rectangle in the upper left corner to select entire worksheet.
If the cells and columns you want to select are not directly next to one another, select one of the ranges you want to select, and hold down the Control key while selecting other ranges.
Moving, Copying and Deleting Cell Contents
By the end of this lesson, learners should be able to:
• Copy and paste cell contents
• Cut and paste cell contents
• Move cell contents using draganddrop
• Cut, Copy and Paste are very useful operations in Excel. You can quickly copy and/or cut information in cells (text, numbers or formulas) and paste them into other cells. These operations save you a lot of time from having to type and retype the same information.
• The Cut, Copy and Paste buttons are located on the Standard toolbar.
?
• The Cut, Copy and Paste operations also appear as choices in the Edit menu:
?
• The Cut, Copy and Paste operations can also be performed through shortcut keys:
Cut Ctrl+X
Copy Ctrl+C
Paste Ctrl+V
The Copy feature allows you to copy selected information from the spreadsheet and temporarily place it on the Clipboard, which is a temporary storage file in your computer's memory. The Paste feature allows you to select any of the collected items on the Clipboard and paste it in a cell of the same or different spreadsheet.
To Copy and Paste:
• Select a cell or cells to be duplicated.
• Click on the Copy button on the standard toolbar.
• The border of the copied cell(s) takes on the appearance of marching ants.
• Click on the cell where you want to place the duplicated information. The cell will be highlighted. If you are copying contents into more than one cell, click the first cell where you want to place the duplicated information.
• Press the Enter key. Your information is copied to the new location.
Be careful if you paste copied cell information into cells that already contain data. If you do, the existing data is overwritten.
You can copy information from many different sources including Web sites, emails or other Office applications like Word and PowerPoint and paste it into an Excel spreadsheet.
The Cut feature allows you to remove information from cells in the spreadsheet. Information that is cut can be pasted in another cell, as long as the pasting occurs before you perform another operation. If you don't paste the cut information immediately, it is removed from the Office clipboard.
To Cut and Paste:
• Select a cell or cells to be cut.
• Click on the Cut button on the Standard toolbar. ? The information in the cell is deleted.
• The border of the cut cell(s) take on the appearance of marching ants.
• Click on the cell where you want to place the duplicated information. The cell will be highlighted. If you want to paste the contents into more than one cell, click the first cell where you want to place the duplicated information.
• Press the Enter key. Your information is pasted to the new location.
You do not have to paste information that has been cut. You can use Cut to delete information from a cell.
Another way to move information from one cell to another is to use the draganddrop method. You use the cursor to point to the information to be moved and then drag the cell to its new location.
To Use Drag and Drop:
• Highlight and select the cell(s) you want to move to a new location.
• Position the mouse pointer near one of the outside edges of the selected cell(s). The mouse pointer changes from a large, white cross and becomes a slender, black cross with arrows at all ends.
• Keep the mouse pointer on the outer edge of the selected cell, click and hold the left mouse button and dragthe cell(s) to a new location.
• Release the mouse button to move the information to its new location.
By the end of this lesson, learners should be able to:
• Understand the parts of an Excel formula
• Create a simple addition formula
• Create a simple subtraction formula using the PointandClick Method
• Create simple multiplication formulas
• Create simple division formulas
• In school, you learned formulas used to calculate math problems. Microsoft Excel uses these same formulas to perform calculations in a spreadsheet.
• A formula can be a combination of values (numbers or cell references) and math operators (+, , /, *, =) into an algebraic expression. Excel requires every formula to begin with an equal sign (=).
• The following table illustrates the mathematical operators learned in school and those represented in Excel 2003.
School 
Excel 2003 

Addition 
+ 
+ 
Subtraction 
 
 
Multiplication 
X 
* 
Division 
/ 
/ 
Equals 
= 
= 
• The result of a formulathe answer to 2+3, for exampledisplays in the cell on the Excel worksheet. The formula is visible only in the formula bar. A formula's result will change as different numbers are entered into the cells included in the formula's definition.
?
A simple formula in Excel contains one mathematical operation only: one number plus a second number equals a third number. Writing a simple formula is really no more difficult than that: 1+1. The only difference in Excel is that all formulas must begin with the equal sign (=). It is not enough to type 1+1 in Excel because what will appear in the cell is "1+1." You must begin the equation with an equal sign, or =1+1. This holds true for any formula, simple or complicated, that adds, subtracts, multiplies or divides.
Let's add two numbers to create a third, 128+345=473. In Excel, this would be expressed by the formula,=128+345, as shown below.
To Create a Simple Formula that Adds Two Numbers:
• Click the cell where the formula will be defined.
• Type the equal sign (=) to let Excel know a formula is being defined.
• Type the first number to be added (128, for example)
• Type the addition sign (+) to let Excel know that an add operation is to be performed. ? Type the second number to be added (345, for example
• Press Enter or click the Enter button on the Formula bar to complete the formula.
But what if a column contains many numbers, each of which regularly changes? You don't want to write a new formula each time a number is changed. Luckily, Excel 2003 lets you include cell references in formulas.
A formula can add the value of two cellsB2 and B3, for example. Type any two values in these two cells and the formula will adjust the answer accordingly.
Using this method to calculate two numbers128 and 345, for examplerequires that you type 128 in cell B2, for example, and 345 in cell B3. The Excel formula, =B2+B3, would then be defined in cell B4.
To Create a Simple Formula that Adds the Contents of Two Cells:
• Type the numbers you want to calculate in separate cells (for example, type 128 in cell B2 and 345 in cell B3).
• Click the cell where the answer will appear (B4, for example).
• Type the equal sign (=) to let Excel know a formula is being defined.
• Type the cell number that contains the first number to be added (B2, for example).
• Type the addition sign (+) to let Excel know that an add operation is to be performed. ? Type the cell number that contains the first number to be added (B3, for example).
• Press Enter or click the Enter button on the Formula bar to complete the formula.
Formulas can be created by using either numbers or cell references in the definition.
You can also use the mouse to select the cells to be used in the formula instead of typing the cell number or cell reference. Using this method, we are going to write a simple formula that subtracts one cell from another: =B3B2.
To Create a Simple Formula using the Point and Click Method:
• Type the numbers you want to calculate in separate cells (for example, type 128 in cell B2 and 345 in cell B3).
• Click the cell where the answer will appear (B4, for example).
• Type the equal sign (=) to let Excel know a formula is being defined.
• Click on the first cell to be included in the formula (B3, for example).
• Type the subtraction sign () to let Excel know that a subtraction operation is to be performed.
• Click on the next cell in the formula (B2, for example).
• If you include multiple cells in the formula, repeat steps 4 and 5 until the entire formula is entered.
• Press Enter or click the Enter button on the Formula bar to complete the formula.
Creating multiplication formulas is very similar to addition and subtraction formulas. To multiply two cells the formula, B2 and B3, you would need to insert a multiplication operator * between them, =B2*B3.
To Create a Simple Formula that Multiplies the Contents of Two Cells:
• Type the numbers you want to calculate in separate cells (for example, type 128 in cell B2 and 345 in cell B3).
• Click the cell where the answer will appear (B4, for example).
• Type =
• Click on the first cell to be included in the formula (B2, for example).
• Type a mathematical operator (Ex: the multiplication symbol *). The operator displays in the cell and Formula bar.
Click on the next cell in the formula (B3, for example).
• If you include multiple cells in the formula, repeat steps 4 and 5 until the entire formula is entered.
• Press Enter or click the Enter button on the Formula bar to complete the formula.
Creating division formulas is very similar to the addition, subtraction and multiplication formulas. To divide the contents of cell B2 by cell B3, you would need to insert a division operator / between them, =B2/B3.
To Create a Simple Formula that Divides One Cell by Another:
• Type the numbers you want to calculate in separate cells (for example, type 128 in cell B2 and 345 in cell B3).
• Click the cell where the answer will appear (B4, for example).
• Type the equal sign (=) to let Excel know a formula is being defined.
• Click on the first cell to be included in the formula (B2, for example).
• Type a mathematical operator (Ex: the division symbol /). The operator displays in the cell and Formula bar.
• Click on the next cell in the formula (B3, for example).
• If you include multiple cells in the formula, repeat steps 4 and 5 until the entire formula is entered.
• Very Important: Press Enter or click the Enter button on the Formula bar. This step ends the formula.
By the end of this lesson, learners should be able to:
• Create complex formulas
• Fill a formula to another cell
• Copy and paste a formula to another cell
• Revise a formula
Create an absolute reference
Simple formulas have one mathematical operation. Complex formulas involve more than one mathematical operation.
The order of mathematical operations is very important. If you enter a formula that contains several operationslike adding, subtracting and dividingExcel 2003 knows to work those operations in a specific order. The order of operations is:
1. Operations enclosed in parenthesis
2. Exponential calculations (to the power of)
3. Multiplication and division, whichever comes first
4. Addition and subtraction, whichever comes first
Using this order, let us see how the formula 120/(85)*42 is calculated in the following picture:
Let's take a look at another example:
2*(64) =?
Is the answer 8 or 4? Well, if you ignored the parentheses and calculated in the order in which the numbers appear, 2*64, you'd get the wrong answer, 8. You must follow the order of operations to get the correct answer.
To Calculate the Correct Answer:
• Calculate the operation in parenthesis (64), where the answer is 2.
Multiply the answer obtained in step #1, which is 2, to the numeric 2* that opened the equation. In other words, multiply 2*2.
• The answer is 4.
When using formulas with cell references, the results change each time the numbers are edited.
Remember: In Excel, never do math "in your head" and type the answer in a cell where you would expect to have a formula calculate the answer.
Before moving on, let's explore some more formulas to make sure you understand the order of operations by which Excel calculates the answer.
Multiply 5*3 before performing the division operation because the multiplication sign comes before the division sign. The answer is 7.5.
Divide 5/3 before performing the multiplication operation because the division sign comes before the multiplication sign. The answer is3.333333.
Perform the operation in parentheses (3*2) first and divide 5 by this result. The answer is0.833333.
Add 5+3 before performing the subtraction operation because the addition sign comes before the subtraction sign. The answer is 6.
Subtract 52 before performing the addition operation because the subtaction sign comes before the addition sign. The answer is 6.
Multiply 2*3 before performing the subtraction operation because the multiplication sign is of a higher order than the subtaction sign. The answer is 1.
Perform the operation in parenthesis (52) first and then multiply by 3. The
(52)*3 answer is 9.
Excel 2003 automatically follows a standard order of operations in a complex formula.
If you want a certain portion of the formula to be calculated first, put it in parentheses.
If we wanted to add the contents of cell B2 and cell B3, for example, and then take that answer and multiply it by the data in cell A4, then we would need to define the following formula: =(B2+B3)*A4.
• Enter the numbers you want to calculate.
• Click the cell where you want the formula result to appear.
• Type the equal sign (=) to let Excel know a formula is being defined.
• Type an open parenthesis, or (
• Click on the first cell to be included in the formula (cell B2, for example).
• Type the addition sign (+) to let Excel know that an add operation is to be performed.
• Click on the second cell in the formula. The reference B3 displays where you want your result.
• End the B2+B3 operation by adding the close parenthesis, or )
• Type the next mathematical operator, or the multiplication symbol (*) to let Excel know that an multiply operation is to be performed.
• Click on the third cell to be included in the formula, cell A4.
• Very Important: Press Enter or click the Enter button on the Formula bar. This step ends the formula.
Try changing one of the values in the formula and watch the answer to the formula change.
Sometimes, you will write a formula that gets used a lot in different places of a worksheet. For example, a spreadsheet may contain several columns of numbers. Each column will contain a formula that adds all the numbers in it. You could write the formula several times, once in each column. Or you could copyandpaste it into each column. The fill formula method allows you to copy a formula and fill it into many different consecutive cells at the same time.
The mouse pointer changes to a black crosshair when passed over the fill handle, or the square box in the lower right corner of the cell.
To Use the Fill Handle to Copy a Formula to a Surrounding Cell:
• Click on the cell that contains the formula to be copied.
• Position the mouse pointer over the fill handle.
• Click and hold the left mouse button, and then drag the contents to the cell that's to receive the fill formula.
• Release the mouse button.
• Select the Copy Cells option in the fill formula dropdown menu.
The cell references in a formula are automatically updated when the formula is copied to other cells in the spreadsheet.
You can also use copy and paste to copy a formula to other cells. Click next to learn more about the copy and paste method.
The process to copy and paste a formula is identical to that process used to copy and paste text.
To Copy and Paste a Formula:
• Select the cell that contains the formula to be copied.
• Click the Copy button. Marching "ants" appear around the copied cell(s).
• Select the cell where the copied formula is to be pasted.
• Press the Enter key. The formula is copied to the new location.
You can revise any formula that was previously written in a worksheet.
To Revise a Formula using the Keyboard:
• Doubleclick the cell that contains the formula you want to revise.
• The cursor can now move left and right between the values in the formula in cell B5.
• Make the necessary changes to the formula.
• Press the Enter key or click the Enter button to accept the new formula.
In earlier lessons we saw how cell references in formulas automatically adjust to new locations when the formula is pasted into different cells.
Sometimes, when you copy and paste a formula, you don't want one or more cell references to change. Absolute reference solves this problem. Absolute cell references in a formula always refer to the same cell or cell range in a formula. If a formula is copied to a different location, the absolute reference remains the same.
An absolute reference is designated in the formula by the addition of a dollar sign ($). It can precede the column reference or the row reference, or both. Examples of absolute referencing include:
The column and the row do not change
$A$2 when copied.
A$2 The row does not change when copied.
$A2 The column does not change when copied.
To Create an Absolute Reference:
• Enter the numbers you want to calculate (e,g., 34,567 in cell B2 and 1,234 in cell B3). ? Then, create a simple formula (=B2+B3).
• To create an absolute reference in the formula just created, insert a $ value before the B (column reference) and 2 (row reference) in the reference to B2 so the new formula reads, (=$B$2+B3)
• Copy and Paste the formula to another adjacent cell. The formula now includes an absolute reference to B2, (=$B$2+D3).
By the end of this lesson, learners should be able to:
• Understand definition of a function
• Use Excel 2003 functions in calculations
• Access Excel 2003 functions
• Find the sum of a range of data
A function is a predefined formula that helps perform common mathematical functions. Functions save you the time of writing lengthy formulas. You could use an Excel function called Average, for example, to quickly find the average of range of numbers. Or you could use the Sum function to find the sum of a cell range. Excel 2003 contains many different functions.
Each function has a specific order, called syntax, which must be strictly followed for the function to work correctly. Syntax Order:
1. All functions begin with the = sign.
2. After the = sign define the function name (e.g., Sum).
3. One or more argumentsnumbers, text or cell referencesenclosed by parentheses. If there is more than one argument, separate each by a comma.
An example of a function with one argument that adds a range of cells, B3 through B10:
An example of a function with more than one argument that calculates the average of numbers in a range of cells, B3 through B10, and C3 through C10:
Excel literally has hundreds of different functions to assist with your calculations. Building formulas can be difficult and timeconsuming. Excel's functions can save you a lot of time and headaches.
There are many different functions in Excel 2003. Some of the more common functions include:
Statistical Functions:
• SUM  summation adds a range of cells together.
• AVERAGE  average calculates the average of a range of cells. ? COUNT  counts the number of chosen data in a range of cells.
• MAX  identifies the largest number in a range of cells.
• MIN  identifies the smallest number in a range of cells.
Financial Functions:
• Interest Rates
• Loan Payments
• Depreciation Amounts Date and Time functions:
• DATE  Converts a serial number to a day of the month
• Day of Week
• DAYS360  Calculates the number of days between two dates based on a 360day year
• TIME  Returns the serial number of a particular time
• HOUR  Converts a serial number to an hour
• MINUTE  Converts a serial number to a minute
• TODAY  Returns the serial number of today's date
• MONTH  Converts a serial number to a month
• YEAR  Converts a serial number to a year
You don't have to memorize the functions but should have an idea of what each can do for you.
The AutoSum function allows you to create a formula that includes a cell rangemany cells in a column, for example, or many cells in a row.
To Calculate the AutoSum of a Range of Data:
• Type the numbers to be included in the formula in separate cells of column B (Ex: type 128 in cell B2, 345 in cell B3, 243 in cell B4, 97 in cell B5 and 187 cell B6).
• Click on the first cell (B2) to be included in the formula.
• Using the pointclickdrag method, drag the mouse to define a cell range from cell B2 through cell B6.
• On the Standard toolbar, click the Sum button.
• The sum of the numbers is added to cell B7, or the cell immediately beneath the defined range of numbers.
• Notice the formula, =SUM(B2:B6), has been defined to cell B7.
The Average function calculates the average of a range of numbers. The Average function can be selected from the AutoSum dropdown menu.
To Calculate the Average of a Range of Data:
• Type the numbers to be included in the formula in separate cells of column B (Ex: type 128 in cell B2, 345 in cell B3, 243 in cell B4, 97 in cell B5 and 187 cell B6).
• Click on the first cell (B2) to be included in the formula.
• Using the pointclickdrag method, drag the mouse to define a cell range from cell B2 through cell B6.
• On the Standard toolbar, click on the dropdown part of the AutoSum button.
• Select the Average function from the dropdown Functions list.
• The average of the numbers is added to cell B7, or the cell immediately beneath the defined range of numbers.
• Notice the formula, =AVERAGE(B2:B6), has been defined to cell B7.
To Access Other Functions in Excel:
• Using the pointclickdrag method, select a cell range to be included in the formula.
• On the Standard toolbar, click on the dropdown part of the AutoSum button.
• If you don't see the function you want to use (Sum, Average, Count, Max, Min), display additional functions by selecting More Functions.
• The Insert Function dialog box opens.
• There are three ways to locate a function in the Insert Function dialog box:
You can type a question in the Search for a function box and click GO, or
You can scroll through the alphabetical list of functions in the Select a function field, or
You can select a function category in the Select a category dropdown list and review the corresponding function names in the Select a function field.
• Select the function you want to use and then click the OK button.
Working with multiple worksheets
By the end of this lesson, learners should be able to:
• Name Worksheets
• Insert and Delete Worksheets
• Group and Ungroup Worksheets ? Copy and Move Worksheets
At the beginning of this course, we learned that the tabs displayed at the bottom of the screen are named Sheet1, Sheet2 and Sheet3. These are not very informative names. Excel 2003 allows you to define a meaningful name for each worksheet in a workbookCheckbook, Reports, Accountsso you can quickly locate information.
To Name a Worksheet:
• Doubleclick the sheet tab to select it. The text is highlighted by a black box.
• Type a new name for the worksheet.
• Press the Enter key.
• The worksheet now assumes the descriptive name defined.
By default, each new workbook in Excel 2003 defaults to three worksheets named Sheet1, Sheet2 and Sheet3. You have the ability to insert new worksheets if needed or delete others you no longer want.
To Insert a New Worksheet:
• Choose Insert Worksheet from the menu bar.
• A new worksheet tab is added to the bottom of the screen. It will be named Sheet4, Sheet5 or whatever the next sequential sheet number may be in the workbook.
Any worksheet can be deleted from a workbook, including those that have data in it. Remember, a workbook must contain at least one worksheet.
To Delete One or More Worksheets:
• Click on the sheet(s) you want to delete.
• Choose Edit Delete Sheet from the menu bar.
• The following dialog box appears if the sheet being deleted contains information on it.
• Click the Delete button to remove the worksheet and all the data in it.
Another way to delete or insert a worksheet is to rightclick on the sheet to be deleted and then select Delete orInsert from the shortcut menu.
A workbook is a multipage Excel document that contains multiple worksheets. Sometimes you will want to work with the worksheets one at a time as if each is a single unit. Other times, the same information or formatting may need to be added to every worksheet. You can type and retype the same information in each worksheet, or apply identical formatting, or you can group the worksheet and enter the information once.
Worksheets can also be combined together into a group. Grouping worksheets allows you to apply identical formulas and/or formatting across all the worksheets in the group. When you group worksheets, any changes made to one worksheet will also be changed in any other worksheets in the group. If many worksheets are to have the same dataregions, departments, quarters, months, weeks and days, for examplethen you type it once and it will appear on every worksheet included in the grouping.
• To select one worksheet, click on the sheet tab.
• To select more than one worksheet, hold the Control key down and click on one or more worksheet tabs in the workbook.
• To select all worksheets in a workbook, rightclick on any worksheet tab and choose Select All Sheets from the shortcut menu.
When finished entering, moving, copying or formatting the data, you will need to ungroup worksheets. If you do not ungroup the sheets, any work you do in one sheet will be duplicated in all the others.
To Ungroup Worksheets:
• Rightclick on any of the selected worksheet tabs.
• Choose Ungroup Sheets from the shortcut menu.
When you move a sheet, you are moving it to a new location in this or another workbook.
To Move a Workbook:
• Select the worksheet you want to move/copy.
• Choose Edit Move or Copy from the menu bar.
• In the Move or Copy dialog box, use the drop down boxes to select the name of the workbook you will move the sheet to (the current workbook is the default). Also define where you want the sheet positioned in the workbook.
Check Create a copy to copy it.
• Click the OK button to move the worksheet to its new location.
When you copy a sheet, you make an exact copy of it.
To Copy a Worksheet:
• Select the worksheet you want to move/copy.
• Choose Edit Move or Copy from the menu bar.
• In the Move or Copy dialog box, use the drop down boxes to select the name of the workbook you will copy the sheet to (the current workbook is the default). Also define where you want the sheet positioned in the workbook. ? Click the Create a copy checkbox.
• Click OK to create an exact copy of the worksheet and move it to the location specified.
By the end of this lesson, learners should be able to:
? Insert rows and columns ? Delete rows and columns
You can insert a row in a spreadsheet anywhere you need it. Excel moves the existing rows down to make room for the new one.
To Insert a Row:
• Click anywhere in the row below where you want to insert the new row. ? Choose Insert Rows from the menu bar.
• A new row is inserted above the cell(s) you originally selected.
OR
• Click anywhere in the row below where you want to insert the new row.
Rightclick and choose Insert from the shortcut menu.
• The Insert dialog box opens.
• Choose the Entire Row radio button.
• Click the OK button.
• A new row is inserted above the cell(s) you originally selected.
Select multiple rows before choosing Insert to add rows quickly. Excel inserts the same number of new rows that you originally selected.
In Excel, you can insert a column anywhere you need it. Excel moves the existing columns to make room for the new one.
To Insert a Column:
• Click anywhere in the column where you want to insert a new column. ? Choose Insert Columns from the menu bar.
• A new column is inserted to the left of the existing column.
OR
• Click anywhere in the column where you want to insert a new column.
Rightclick and choose Insert from the shortcut menu.
• The Insert dialog box opens.
• Click the Entire Column radio button in the Insert dialog box.
• Click the OK button.
A new column is inserted to the left of the existing column.
You can also select multiple columns before choosing Insert to add columns quickly. Excel inserts the same number of new columns that you originally selected.
Columns and rows are deleted in much the same manner as inserting columns and rows.
To Delete a Row and All Information in It:
• Select a cell in the row to be deleted.
• Choose Edit Delete from the menu bar.
Click the Entire Row radio button in the Delete dialog box.
• Click the OK button.
To Delete a Column and All Information in it:
• Select a cell in the column to be deleted.
• Choose Edit Delete from the menu bar.
• Click the Entire Column radio button in the Delete dialog box.
• Click the OK button.
By the end of this lesson, learners should be able to:
• Change column width
• Change row height
By default, Excel's columns are 8.43 characters wide, but each individual column can be enlarged to 240 characters wide.
If the data being entered in a cell is wider or narrower than the default column width, you can adjust the column width so it is wide enough to contain the data.
You can adjust column width manually or use AutoFit.
To Manually Adjust a Column Width:
• Place your mouse pointer to the right side of the gray column header.
• The mouse pointer changes to the adjustment tool (doubleheaded arrow).
Drag the Adjustment tool left or right to the desired width and release the mouse button.
To AutoFit the Column Width:
• Place your mouse pointer to the right side of the column header.
• The mouse pointer changes to the adjustment tool (doubleheaded arrow).
• Doubleclick the column header border.
• Excel "AutoFits" the column, making the entire column slightly larger than the largest entry contained in it.
To access AutoFit from the menu bar, choose Format Column AutoFit Selection.
Changing the row height is very much like adjusting a column width. There will be times when you want to enlarge a row to visually provide some space between it and another row above or below it.
To Adjust Row Height of a Single Row:
• Place your mouse pointer to the lower edge of the row heading you want to adjust. ? The mouse pointer changes to the adjustment tool (doubleheaded arrow).
• Drag the Adjustment tool up or down to the desired height and release the mouse button.
To AutoFit the Row Height:
• Place your mouse pointer to the lower edge of the row heading you want to adjust.
• The mouse pointer changes to the adjustment tool (doubleheaded arrow).
• Doubleclick to adjust the row height to "AutoFit" the font size.
• Excel 2003 "AutoFits" the row, making the entire row slightly larger than the largest entry contained in the row.
By the end of this lesson, learners should be able to:
• Insert cells
• Delete cells ? Merge cells
When working in an Excel 2003 worksheet, you may need to insert or delete cells without inserting or deleting entire rows or columns.
To Insert Cells:
• Select the location where the new cell(s) should be inserted. It can be a single cell or a range of cells.
• Rightclick and choose Insert.
Note: You could also choose Insert Cell on the menu bar.
• The Insert dialog box opens. Select either:
• Shift cells right to shift cells in the same row to the right.
• Shift cells down to shift selected cells and all cells in the column below it downward.
• Choose an option and click the OK button.
• Your result displays in the spreadsheet.
Remember, you can also use the Insert dialog box to insert or delete columns and rows.
To Physically Delete the Cell from the Spreadsheet:
• Rightclick and choose Delete.
• The Delete dialog box opens. Select either:
• Shift cells left to shift cells in the same row to the left.
• Shift cells up to shift selected cells and all cells in the column above it upward.
• Choose an option and click the OK button.
• Your result displays in your spreadsheet.
In Excel 2003, you have another alignment option available to you: merge and center. This is performed when you want to select one or more cells and merge them into a larger cell. The contents will be centered across the new merged cell.
The picture below shows why we might want to merge two cells. The spreadsheet presents Last Month and This Month Sales and Expenses for Sally. Notice that Sally's name appears above the Last Month column. To evenly center Sally's name across the two cells we would perform a merge and center.
To Merge Two Cells Into One:
• Select the cells that you want to merge. It can be cells in a column, row or both columns and rows.
• Click the Merge and Center button on the standard toolbar.
• The two cells are now merged into one.
By the end of this lesson, learners should be able to:
• Change horizontal cell alignment
• Change vertical cell alignment
• Change text control
• Change text orientation
You've probably noticed by now that Excel 2003 leftaligns text (labels) and rightaligns numbers (values). This makes data easier to read.
You do not have to leave the defaults. Text and numbers can be defined as leftaligned, rightaligned or centered in Excel 2003. The picture below shows the difference between these alignment types when applied to labels.
Text and numbers may be aligned using the leftalign, center and rightalign buttons of the Formatting toolbar:
To Align Text or Numbers in a Cell:
• Select a cell or range of cells
• Click on either the LeftAlign, Center or RightAlign buttons in the standard toolbar.
• The text or numbers in the cell(s) take on the selected alignment treatment.
We've previously seen how to align text or numbers using the leftalign, center and rightalign buttons in the standard toolbar. You can also define alignment in the Alignment tab of the Format Cells dialog box.
The Horizontal section features a dropdown that contains the same left, center, and right alignment options in the picture above and several more:
Fill
"Fills" the cell with the current contents by repeating the contents for the width of the cell.
Justify
If the text is larger than the cell width, Justify wraps the text in the cell and adjusts the spacing within each line so that all lines are as wide as the cell.
Center Across Selection
Contents of the cell furthest to the left are centered across the selection of cells. Similar to merge and center, except the cells are not merged.
To Change Horizontal Alignment using the Format Cells Dialog Box:
• Select a cell or range of cells.
• Choose Format Cells from the menu bar.
(You could also rightclick and choose Format Cells from the shortcut menu.) ? The Format Cells dialog box opens.
• Click the Alignment tab.
• Click the Horizontal dropdown menu and select a horizontal alignment treatment.
• Click OK to apply the horizontal alignment to the selected cell(s).
You can also define vertical alignment in a cell, similar to how it is done for horizontal alignment. In Vertical alignment, information in a cell can be located at the top of the cell, middle of the cell or bottom of the cell. The default is bottom.
To Change Vertical Alignment using the Format Cells Dialog Box:
• Select a cell or range of cells.
• Choose Format Cells from the menu bar.
(You could also rightclick and choose Format Cells from the shortcut menu.)
• The Format Cells dialog box opens.
• Click the Alignment tab.
• Click the Vertical dropdown menu and select a vertical alignment treatment.
• Click OK to apply the vertical alignment to the selected cell(s).
Text Control allows you to control the way Excel 2003 presents information in a cell.
There are three types of Text control: Wrapped Text, ShrinktoFit and Merge Cells.
The Wrapped Text wraps the contents of a cell across several lines if it's too large than the column width. It increases the height of the cell as well.
ShrinktoFit shrinks the text so it fits into the cell; the more text in the cell the smaller it will appear in the cell.
Merge Cells can also be applied by using the Merge and Center button on the standard toolbar.
To Change Text Control using the Format Cells Dialog Box:
• Select a cell or range of cells.
• Choose Format Cells from the menu bar.
• The Format Cells dialog box opens.
• Click the Alignment tab.
• Click on either the Wrapped Text, ShrinktoFit or Merge Cells check boxesor any combination of themas needed.
• Click the OK button.
The fourth type of cell alignment in the Format Cells dialog box is Text Orientation, which allows text to be oriented 90 degrees in either direction up or down.
To Change Text Orientation using the Format Cells Dialog Box:
• Select a cell or cell range to be subject to text control alignment.
• Choose Format Cells from the menu bar.
• The Format Cells dialog box opens.
• Click the Alignment tab.
• Increase or decrease the number shown in the Degrees field or spin box.
• Click the OK button.
By the end of this lesson, learners should be able to:
• Format the display of numbers
• Format the date
• Format the time
• Format the display of percentages
Numbers in Excel can assume many different formats: Date, Time, Percentage or Decimals.
To Format the Appearance of Numbers in a Cell:
• Select a cell or range of cells.
• Choose Format Cells from the menu bar.
(You could also rightclick and choose Format Cells from the shortcut menu.)
• The Format Cells dialog box opens. ? Click the Number tab.
• Click Number in the Category dropdown list.
• Use the Decimal places scroll bar to select the number of decimal places (e.g., 2 would display 13.50, 3 would display 13.500).
• Click the Use 1000 Separator box if you want commas (1,000) inserted in the number.
• Use the Negative numbers dropdown list to indicate how numbers less than zero are to be displayed.
• Click the OK button.
The date can be formatted in many different ways in Excel 2003. Here are a few ways it can appear:
October 6, 2003
10/06/03
10Oct03
To Format the Appearance of a Date in a Cell:
• Select a cell or range of cells.
• Choose Format Cells from the menu bar.
• The Format Cells dialog box opens.
• Click the Number tab.
• Click Date in the Category dropdown list.
• Select the desired date format from the Type dropdown list.
• Click the OK button.
The time can be formatted in many different ways in Excel 2003. Here are a few ways it can appear:
13:30
1:30 PM
To Format the Appearance of Time in a Cell:
• Select the range of cells you want to format.
• Choose Format Cells from the menu bar.
• The Format Cells dialog box opens.
• Click the Number tab.
• Click Time in the Category dropdown list.
• Select the desired time format from the Type dropdown list.
• Click the OK button.
There may be times you want to display certain numbers as a percentage. For example, what percentage of credit cards bills account for your total monthly expenses?
To Express Numbers as a Percentage in a Spreadsheet:
• Select a cell or range of cells.
• Choose Format Cells from the menu bar.
• The Format Cells dialog box opens.
• Click the Number tab.
• Click Percentage in the Category dropdown list.
• Define the Decimal Places that will appear to the right of each number.
• Click the OK button.
By the end of this lesson, learners should be able to:
• Apply fonts
• Apply a font color
• Apply borders
In Excel 2003 a font consists of three elements: Typeface, or the style of the letter; Size of the letter; and Color of the letter. The default font in a spreadsheet is Arial 10 points, but the typeface and size can be changed easily.
Selecting a Font Typeface:
The amount of typefaces available for use varies depending on the software installed on your computer.
To Apply a Typeface to Information in a Cell:
• Select a cell or range of cells.
• Click on the down arrow to the right of the Font Name list box on the Formatting toolbar.
• A dropdown list of available fonts appears.
• Click on the Typeface of your choice.
• The selection list closes and the new font is applied to the selected cells.
To Apply a Font Size to Information in a Cell:
The "Font Size" list varies from typeface to typeface. The Arial font sizes, for example, are 8, 9, 10, 11, 12, 14, 16, 18, 20, 22, 24, 26, 28, 36, 48, 72.
• Select a cell or range of cells.
• Click on the down arrow to the right of the font size list box on the Formatting toolbar.
• A drop down list of available font sizes appears.
• Click on the Font Size of your choice.
• The selection list closes and the new font size is applied to the selected cells.
To Apply Color to Information in Cells:
• Select a cell or range of cells.
• Click on the down arrow to the right of the font color list box.
A dropdown list of available colors appear.
• Click on the color of your choice.
• The selection list closes and the new font color is applied to the selected cells.
In addition to the typeface, size and color, you can also apply Bold, italics, and/or underline font style attributes to any text or numbers in cells.
To Select a Font Style:
• Select a cell or range of cells.
• Click on any of the following options on the Formatting toolbar.
• Bold button (Ctrl + B).
• Italics button (Ctrl + I).
• Underline button (Ctrl + U).
• The attribute(s) selected (bold, italics, or underline) are applied to the font.
The Bold, Italics, and Underline buttons on the Formatting toolbar are like toggle switches. Click once to turn it on, click again to turn it off.
Styles can save a lot of time when formatting a spreadsheet. A Style is a unique collection of font attributes (Number, Alignment, Font, Border, Patterns and
Protection). Many different styles can be created in a spreadsheet, each with different attributes and names. When applied to a cell, information in it resembles the attributes defined for that style.
To Apply a style:
• Select the cell or range of cells.
Choose Format Style from the menu bar.
• Select a style from the Style name dropdown list.
You can change the style attributes (Number, Alignment, Font, Border, Patterns and Protection) for any Style Name.
You can create new styles by clicking on the Add button in the Style dialog box.
Borders can be applied to cells in your worksheet in order to emphasize important data or assign names to columns or rows.
To Add a Border to a Cell or Cell Range:
• Select a cell or range of cells.
• Click on the down arrow next to the Borders button.
The Border dropdown appears.
• Choose a borderline style from the Border dropdown menu.
• The selected cells display the chosen border.
Colors can be applied to cells in your worksheet in order to emphasize important data or assign names to columns or rows.
To Add Color to a Cell:
• Select a cell or range of cells.
• Click the down arrow next to the Fill Color button. A Fill Color dropdown menu displays.
• Choose a fill color from the Fill Color dropdown menu.
• The selected cells display the color.
By the end of this lesson, learners should be able to:
• Identify the parts of a chart
• Identify different types of charts
• Create an Embedded Chart
• Create a Chart Sheet
Excel 2003 allows you to create many different kinds of charts.
Area Chart
An area chart emphasizes the trend of each value over time. An area chart also shows the relationship of parts to a whole.
Column Chart
A column chart uses vertical bars or columns to display values over different categories. They are excellent at showing variations in value over time.
Bar Chart
A bar chart is similar to a column chart except these use horizontal instead of vertical bars. Like the column chart, the bar chart shows variations in value over time.
Line Chart
A line chart shows trends and variations in data over time. A line chart displays a series of points that are connected over time.
Pie Chart
A pie chart displays the contribution of each value to the total. Pie charts are a very effective way to display information when you want to represent different parts of the whole, or the percentages of a total.
Other Charts
Other charts that can be created in Excel 2003 include: Doughnut; Stock XY
(scatter); Bubble; Radar; Surface; or Cone, Cylinder, and Pyramid charts.
Have you ever read something you didn't fully understand but when you saw a chart or graph, the concept became clear and understandable? Charts are a visual representation of data in a worksheet. Charts make it easy to see comparisons, patterns, and trends in the data.
Source Data
The range of cells that make up a chart. The chart is updated automatically whenever the information in these cells change.
Title
The title of the chart.
Legend
The chart key, which identifies each color on the chart represents.
Axis
The vertical and horizontal parts of a chart. The vertical axis is often referred to as the Y axis, and the horizontal axis is referred to as the X axis.
Data Series
The actual charted values, usually rows or columns of the source data. Value Axis
The axis that represents the values or units of the source data.
Category Axis
The axis identifying each data series.
Charts can be created in a number of ways in Excel 2003. The quickest way to create and edit your charts is to use the Chart Toolbar.
To Show the Chart Toolbar:
? Choose View Toolbars Chart on the menu bar.
Parts of the Chart Toolbar:
Chart Objects List Box
This list box lets you select different parts of a chart for editing.
Format Chart Area
Used to format that part of the chart which is currently selected.
Chart Type
A dropdown menu that lets you select different types of charts. The chart type can be changed at any time.
Legend
Used to show or hide the chart legend.
Data Table
Used to show or hide the actual Source Data used to create the chart.
By Row
Plots the Data Series using the row labels (Yaxis).
By Column
Plots the Data Series using the column labels (Xaxis).
Angle Text
Use to rotate the angle of the Xaxis and Yaxis labels.
Charts can be created in either of two ways in Excel 2003: Embedded Charts and a Chart Sheet. Excel creates an embedded chart by default. An embedded chart is placed on the same worksheet as the source data used to create it.
To Embed a Chart in a Worksheet:
• Choose View Toolbars Chart on the menu bar.
• Select the range of cells that you want to chart. Your source data should include at least three categories or numbers.
• Click the chart type pull down on the chart toolbar and select the chart that you would like to use.
• Options to add a title to your chart.
• Select the Titles tab and type the title of the chart in the Chart Title text box.
Different charts work best with different data. A pie chart, for example, can only display one data series at a time.
Excel 2003 includes a 4step Chart Wizard that you can use to guide you through the steps for creating a chart. Highlight the cell range you want to chart, choose Insert Chart on the menu bar and follow the instructions in the wizard.
Sometimes, you may want to create a chart and place it on a separate sheet in the workbook. This is called aChart Sheet. Chart sheets can make your charts stand out, particularly when working with complicated spreadsheets.
To Move an Embedded Chart to a Chart Sheet:
• Create an embedded chart.
• Select the chart to be moved to a chart sheet.
• Choose Chart Location from the menu bar.
• In the Chart Location dialog box, select the As a new sheet radio button.
(The As object in radio button adds the chart as an embedded object on the worksheet.)
• Click the OK button. The chart is displayed on a separate Chart Sheet in the Workbook.
You can also use the Chart Location dialog box to rename the Chart Sheet.
Moving, Resizing, and Deleting Charts
By the end of this lesson, learners should be able to:
• Move a chart
• Resize a chart
• Delete a chart
An embedded chart can be moved anywhere on a worksheet. The easiest way to move a chart is to drag it around the worksheet.
To Move a Chart:
• Click anywhere on the white space in the chart and use the cursor to drag the chart anywhere on the worksheet.
• Release the mouse button to place the graph in its new location.
Charts can be resizedmade larger or smallerto fit on a worksheet. Chart Titles are sized in proportion to how large or small you make the chart. And within the Chart Area, the Legend and/or Plot Area can be made larger or smaller. Chart Titles can be moved but not resized.
To Resize a Chart:
• Click anywhere on the white space of the chart area, plot area or legend you want to move or resize.
• Point the mouse to one of the Grab Handles or Resize Cursorthe pointer changes to a doubleheaded arrowto resize the chart.
• Use the mouse to drag the sizing handle until the chart is resized to the desired size.
Any embedded chart or chart sheet can be deleted from a worksheet. A chart sheet is deleted in the same manner a worksheet is deleted. This section discusses how to delete an embedded chart.
To Delete a Chart:
• Click anywhere on the white space of the chart area to select the chart.
• Press the Delete key on your keyboard.
If you have difficulty deleting a chart, click anywhere outside of the chart and then select the chart again.
By the end of this lesson, learners should be able to:
• Change Chart Data
• Change the Chart Title
• Change the Data Series Names or Legend Names
• Change the Chart Type
When you add a chart to your worksheet, Excel creates a link between the chart and your source data. Any changes made to the original source data are automatically reflected in the chart.
To Change Chart Values Directly in Worksheet Cells:
• Open the worksheet that contains the chart to be changed.
• Click in the cell whose value will change and type the new value.
• Press Enter to accept the new value.
To Add Data to an Existing Chart:
Rows or columns of data can be added to an existing chart by selecting the Add Data option on the Chart Menu.
• Input any new Source Data into the worksheet (e.g., a new column called South America).
• Click on the chart to select it for editing.
• Choose Chart Add Data from the menu bar.
• The Add Data dialog box appears.
• Select the cell range of new data to be added to the chart. Marching ants appear around the cell range. The selected cells are added to the Add Data dialog box.
• Click the OK button to add the new data to the chart.
The Chart Title can be changed at any time to a name that's meaningful to you.
To Change the Chart Title on the Chart:
• Click on the Chart Title.
• Click anywhere in the title name and make any changes to the text.
• Click anywhere outside of the title to apply your changes.
Data Series Names and Legend Text are changed in much the same manner as when you changed Chart Values in the worksheet.
To Change the Data Series Names or Legend Text on the Worksheet:
• Click the cell that contains the Data Series name or Legend that you want to change.
• Type the new name.
• Press the Enter key to add the new name to the chart.
There are 14 different types of charts in Excel 2003, and, with each chart type, there can be several variations. You can see that you can create any number of different charts. The Chart Type can be changed at any time with a couple of clicks of the mouse.
To Select a Different Chart Type:
• Click on the chart to select it for editing.
• Click on the Chart Type dropdown list box and select a different chart.
The new chart replaces that one selected for change.