Presentation is loading. Please wait.

Presentation is loading. Please wait.

Microsoft Office 2007 - Illustrated Using Formulas Analyzing Data.

Similar presentations


Presentation on theme: "Microsoft Office 2007 - Illustrated Using Formulas Analyzing Data."— Presentation transcript:

1 Microsoft Office Illustrated Using Formulas Analyzing Data

2 2Microsoft Office Illustrated Format data using text functionsFormat data using text functions Sum a data range of based on conditionsSum a data range of based on conditions Consolidate data using a formulaConsolidate data using a formula Check formulas for errorsCheck formulas for errors Objectives

3 3Microsoft Office Illustrated Construct formulas using named rangesConstruct formulas using named ranges Build a logical formula with the IF functionBuild a logical formula with the IF function Build a logical formula with the AND functionBuild a logical formula with the AND function Calculate payments with the PMT functionCalculate payments with the PMT function Objectives

4 4Microsoft Office Illustrated Formatting Data Using Text Functions Conversion tools and text functions automatically format a cell rangeConversion tools and text functions automatically format a cell range Convert Text to Columns breaks data fields in one column into separate columnsConvert Text to Columns breaks data fields in one column into separate columns Data elements should be separated by a delimiter or separator, such as a space, comma, or semicolon.Data elements should be separated by a delimiter or separator, such as a space, comma, or semicolon. PROPER capitalizes first letter in a string of textPROPER capitalizes first letter in a string of text

5 5Microsoft Office Illustrated Formatting Data Using Text Functions (cont.) Preview of data with delimiters

6 6Microsoft Office Illustrated Formatting Data Using Text Functions (cont.) CONCATENATE function joins two or more strings into one text string.CONCATENATE function joins two or more strings into one text string. You must use quotation marks around text.You must use quotation marks around text.

7 7Microsoft Office Illustrated Sum a Data Range Based on Conditions SUMIF functionSUMIF function Conditionally totals cells in a sum range that meet given criteria.Conditionally totals cells in a sum range that meet given criteria. COUNTIF functionCOUNTIF function Counts cells in a range based on a specified condition.Counts cells in a range based on a specified condition. AVERAGEIF functionAVERAGEIF function averages cells in a range based on a specified condition. averages cells in a range based on a specified condition.

8 8Microsoft Office Illustrated Sum a Data Range Based on Conditions (cont.) SUMIF(range, criteria, [sum_range]) The range where the cells that meet the condition will be totaled The condition that must be satisfied in the range The range the function searches Format of SUMIF Function

9 9Microsoft Office Illustrated Consolidate Data Using a Formula Consolidate:Consolidate: Summarizes similar data that exists in different sheets or workbooks.Summarizes similar data that exists in different sheets or workbooks. Use cell references to the various sheets on a consolidation, or summary, sheet.Use cell references to the various sheets on a consolidation, or summary, sheet. These references effectively create another dimension in the workbook and are called 3-D references.These references effectively create another dimension in the workbook and are called 3-D references.

10 10Microsoft Office Illustrated Consolidate Data Using a Formula (cont.) 3-D Formula

11 11Microsoft Office Illustrated Check Formulas for Errors IFERROR functionIFERROR function Simplifies the error-checking process for your worksheets.Simplifies the error-checking process for your worksheets. Displays a message or value that you specify, rather than the one automatically generated by Excel, if there is an error in a formula.Displays a message or value that you specify, rather than the one automatically generated by Excel, if there is an error in a formula.

12 12Microsoft Office Illustrated Checking Formulas for Errors (cont.) Correcting circular referencesCorrecting circular references A cell with a circular reference contains a formula that refers to its own cell locationA cell with a circular reference contains a formula that refers to its own cell location If you accidentally enter a formula with a circular reference, a warning box alerts you to the problemIf you accidentally enter a formula with a circular reference, a warning box alerts you to the problem

13 13Microsoft Office Illustrated Checking Formulas for Errors (cont.) Correcting circular referencesCorrecting circular references A cell with a circular reference contains a formula that refers to its own cell locationA cell with a circular reference contains a formula that refers to its own cell location If you accidentally enter a formula with a circular reference, a warning box alerts you to the problemIf you accidentally enter a formula with a circular reference, a warning box alerts you to the problem

14 14Microsoft Office Illustrated Constructing Formulas Using Named Ranges Assigning names to cells and ranges can reduce errors and make the worksheet easier to understandAssigning names to cells and ranges can reduce errors and make the worksheet easier to understand Names used in formulas become absolute cell references by defaultNames used in formulas become absolute cell references by default Names can use uppercase or lowercase letters as well as digitsNames can use uppercase or lowercase letters as well as digits After a cell or range is named, you can use the name on any sheetAfter a cell or range is named, you can use the name on any sheet The name moves with the cell or rangeThe name moves with the cell or range

15 15Microsoft Office Illustrated Constructing Formulas Using Named Ranges (cont.) Formula with named ranges

16 16Microsoft Office Illustrated Constructing Formulas Using Named Ranges (cont.) Managing NamesManaging Names Name Manager

17 17Microsoft Office Illustrated Building a Logical Formula with the IF Function Build a logical formula with the IF functionBuild a logical formula with the IF function A logical formula is one that makes calculations based on stated conditionsA logical formula is one that makes calculations based on stated conditions A condition that can be answered with a true or false response is called a logical testA condition that can be answered with a true or false response is called a logical test The IF function has three parts: a condition or logical test, an action if the condition or logical test is true, and an action if the condition or logical test is falseThe IF function has three parts: a condition or logical test, an action if the condition or logical test is true, and an action if the condition or logical test is false Use comparison operators in IF statementsUse comparison operators in IF statements

18 18Microsoft Office Illustrated Building a Logical Formula with the IF Function (cont.) Logical test Action taken if true Action taken if false

19 19Microsoft Office Illustrated Building a Logical Formula with the IF Function (cont.) Comparison operators

20 20Microsoft Office Illustrated Building a logical formula with the AND function TRUETRUE if every logical test in the formula is true.if every logical test in the formula is true. FALSEFALSE if one or more of its logical tests is false.if one or more of its logical tests is false. The AND function arguments can include text, numbers, or cell references.The AND function arguments can include text, numbers, or cell references.

21 21Microsoft Office Illustrated Building a logical formula with the AND function (cont.) AND function

22 22Microsoft Office Illustrated Calculating Payments with the PMT Function PMT is a financial function that calculates the periodic payment amount for money borrowedPMT is a financial function that calculates the periodic payment amount for money borrowed Parts of the PMT function are: PMT(rate,nper,pv,fv,type)Parts of the PMT function are: PMT(rate,nper,pv,fv,type) Interest rate Number of payments Loan value Monthly payment PMT(0.085/12,60,15000) = $307.75

23 23Microsoft Office Illustrated Calculating Payments with the PMT Function (cont.) Annual interest rate divided by 12 months Loan term Loan amount Monthly payment

24 24Microsoft Office Illustrated Calculating Payments with the PMT Function (cont.) Calculating future value with the FV functionCalculating future value with the FV function Use the FV (Future Value) function to determine the amount of money a given monthly investment will amount to, at a given interest rate after a number of payment periodsUse the FV (Future Value) function to determine the amount of money a given monthly investment will amount to, at a given interest rate after a number of payment periods Syntax: FV(rate,nper,pmt,pv,type)Syntax: FV(rate,nper,pmt,pv,type)

25 25Microsoft Office Illustrated Summary Use text functions to format dataUse text functions to format data Check formulas for errorsCheck formulas for errors Use names in formulasUse names in formulas Use dates in calculationsUse dates in calculations Build logical formulas using IF and AND functionsBuild logical formulas using IF and AND functions


Download ppt "Microsoft Office 2007 - Illustrated Using Formulas Analyzing Data."

Similar presentations


Ads by Google