**Please Note: **
This article is written for users of the following Microsoft Excel versions: 2007, 2010, 2013, 2016, 2019, and Excel in Office 365. If you are using an earlier version (Excel 2003 or earlier), *this tip may not work for you*. For a version of this tip written specifically for earlier versions of Excel, click here: Where Is that Text?.

Jay needs to determine the cell in which a particular text value occurs. He knows he can use Excel's Find and Replace capabilities to manually determine the address of cells containing a text value, but he is looking for a formula to determine the address of the cells. He wonders if there is a way to search for piece of text within a range and have Excel return the address of the cell in which the text is found.

There are two things you can try. First, if you are looking for an exact match for cell contents, then you can use a formula. The basic formula is this:

=ADDRESS(MATCH(C2,A:A,0),1)

In this example, cell C2 contains the value you are looking for and column A is the range of cells being searched. The formula returns a result regardless of the capitalization of C2 or the values in column A. Thus, if C2 contains "apple", then the formula will match positively to cells that contain "apple," "Apple," or "APPLE." Indeed, any mix of capitalization will match.

This formula will not return an address for a cell that contains what you are searching for amidst other text. So if you are searching for "apple" (cell C2), it won't return the address of a cell that contains the phrase "apple crisp." You can modify this behavior, a bit, by adding wild card characters to the search cell. For instance, if you search for "*apple*" then the formula returns the address of a cell that contains "apple", even if it is preceded or followed by other characters.

It should be pointed out that this formula only returns the address of the first cell in the range which meets the criteria. If you actually want the addresses of all cells that meet the criteria, then you'll need to rely on a macro. The following is a good example:

Function FindMe(x As Range, y As String) As String Dim r As Range Dim sResults As String Dim sSearch As String Application.Volatile sSearch = LCase(y) For Each r In x If InStr(1, LCase(CStr(r.Value)), sSearch) > 0 Then sResults = sResults & r.Address & ", " End If Next r If Len(sResults) > 2 Then FindMe = Left(sResults, Len(sResults) - 2) Else FindMe = "" End If End Function

You use the function by simply providing the range you want to search along with what you want to search for:

=FindMe(A:A, "apple")

If you use a large range (as in this example—all of column A), then don't be surprised if the function takes a noticeable amount of time to return a result. This makes sense, as it has to search through every cell in the range, regardless of whether there is anything in the cell or not.

You also don't need to use any wildcards with this function; it assumes that a match occurs if what you are looking for is located anywhere within the cell. It also doesn't pay attention to the capitalization of what you are looking for or the capitalization of anything in the search range.

*Note:*

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This tip (10083) applies to Microsoft Excel 2007, 2010, 2013, 2016, 2019, and Excel in Office 365. You can find a version of this tip for the older menu interface of Excel here: **Where Is that Text?**.

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2016-03-31 13:41:27

Amy

Thank you, Peter! I appreciate the quick response and the help.

Best,

Amy

2016-03-10 18:52:32

Peter Atherton

You enter the modified function as

=findme(A2:A11,"Fred,Apple") using a comma to separate each value.

Option Explicit

Function FindMe(ref As Range, y As String) As String

'ExcelTips - January 17, 2015

'Modified - 10 Mar 2016

Dim x As Variant

Dim i As Integer

Dim r As Range

Dim sResults As String

Dim sSearch As String

If IsNumeric(InStr(1, y, ",")) Then

x = Split(y, ",")

Else: x = y

End If

Application.Volatile

For Each r In ref

For i = LBound(x) To UBound(x)

sSearch = LCase(x(i))

If InStr(1, LCase(CStr(r.Value)), sSearch) > 0 Then

sResults = sResults & r.Address & ", "

End If

Next i

Next r

If Len(sResults) > 2 Then

FindMe = Left(sResults, Len(sResults) - 2)

Else

FindMe = ""

End If

End Function

Regards

2016-03-09 18:02:34

amy

This is great! But I would like to search for multiple strings across that range. For example, not just "apple," but "pie", and "baking".

Is there a way to do this?

I don't need to know which cells contain which string. I only need to get the locations if any of them are found.

Thank you.

2015-05-29 14:04:28

Glenn Case

Paras:

Thanks, appreciate it.

2015-05-28 05:27:12

Paras

The logic is as follows :-

In the first case "X as range", The user is prompted to enter the range of data in which the string (y) needs to be searched.

This database can be very large at times and excel will start searching in the data base as soon as it gets any input for Y.

Normally if we want change the cell (or cell value) for "Y" while typing the formula, excel would be busy searching for the value in Range "X" for each change in value, hence the processing would start upfront.

However, In the second case (y As String), the user would finalize the string "Y" to be searched before excel starts searching for it in the range "X".

I guess this is why the second option works faster

Further, I don't think that there would be any affect while defining the variables using DIM (It's purely my guess)

2015-05-27 09:53:19

Glenn Case

Why is that?

Is this also true for the order of variables dimensioned using DIM statements? Where might I find a list of the the preferred hierarchy for dimensioning variable types?

2015-05-26 09:01:26

Function FindMe(x As Range, y As String) As String

to

Function FindMe(y As String, x As Range, ) As String

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