Automating Repetitive Tasks

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Three week ago I visited the Newton Excel Bach web site where I spotted the Dynamically Defined Dancing Pendulums NewtonExcelBach.

Having noticed that Doug had done a nice animation in Strand7 (a Finite Element Analysis program) Strand7, I thought “I can do that in Excel” and so I did.

This post will not go through the logic of constructing and animating the pendulums in Excel as I have described that over at Excelhero.com and readers who are interested are encouraged to visit there and explore the techniques used.

During the Pendulum project I came across two sub-projects which I felt are worthy of a post here at Chandoo.org as they are a great demonstration of some basic VBA techniques as well as demonstrating the ability of VBA to quickly simplify repetitive tasks.

Sample files are attached for Excel 97-2003 and Excel 2007/10 users to follow through the examples.

 

PENDULUM SIDE PROJECTS

The Pendulum project consists of 16 Pendulums. Each Pendulum requires 4 Named Formulas, meaning that the projects needs 64 Named Formulas for the 16 Pendulum, as well as adding 16 Series to the chart.

Huis_Excel_Dancing_Pendulums

(The above animated GIF is a very poor representation of the smooth scrolling achieved in the Excel animation)

I thought it would be a great idea to see if these jobs could be automated and hopefully save some time during the process.

The result was 2 simple VBA routines which will be described below:

 

NAMED FORMULAS

Each Pendulum in the project was based around 4 Named Formulas

Named Formula for each Pendulum

p1Len =’1′!$B$9                                                   The Length is stored on the worksheet.

p1o =OMax*SIN(SQRT(g/p1Len)*t)      Current angular position of Pendulum 1 at time t

p1x =p1Len*SIN(p1o)*{0;1}                      Current orthogonal X position of Pendulum 1 at time t

p1y =-p1Len*COS(p1o)*{0;1}                   Current orthogonal Y position of Pendulum 1 at time t

 

The only difference between the formulas for Pendulum 1 and Pendulum 2 etc is the replacement of the names of p1 with p2 in the various Named Formulas and of the associated formulas.

On a worksheet Named Formulas a number of formulas were written which display the Named Formulas as required above. Then a small VBA routine was written which loads the Named Formulas.

How

On the Named Formulas worksheet, I have added two columns of formulas for the various Named Formulas required.

For the Pendulum Length Named Formulas


For the Pendulum Angular Position Named Formulas


For the Pendulum X Position Named Formulas


For the Pendulum Y Position Named Formulas


When the formula above are copied down they adjust for the various pendulums numbered 1 to 16 based on the row numbers.

I then setup a VBA routine, Load_Named_Ranges, shown below which loads the Named Formulas.

To Use

Select some or all of the required Named Formulas from the Name Column. That is the code will only load the Selected Named Formulas, allowing the user to load 1 or 2 Named Formulas, for testing purposes, or all the Named Formulas if you choose.

Then Execute the Load_Named_Ranges subroutine either using the Big Red Button or directly within the VBA Editor.

The following will load Named Formulas p3Len to p7Len.

The Load_Named_Ranges subroutine is shown below:

Sub Load_Named_Ranges()
Dim c As Range
For Each c In Selection
ActiveWorkbook.Names.Add Name:=c.Text, RefersTo:=c.Offset(, 1).Text
Next
End Sub

What does the code do?

The code:

1. Defines the start and name of the subroutine,

Sub Load_Named_Ranges()

2. Defines a variable c as a Range object,

Dim c As Range

3. It then loops through each cell in the selection and assigns it to the variable ‘c’;

For Each c In Selection

4. It then adds a new Named Formula,extracting the Name from the Text Value of ‘c’ and extracts the formula from the cell directly to the right of cell ‘c’;

ActiveWorkbook.Names.Add Name:=c.Text, RefersTo:=c.Offset(, 1).Text

The Name and Formula (RefersTo) both use the Text of the cell, which is what is displayed.

5. It then loops through each cell in the selection until it has done them all;

Next

6. Defines the end of the subroutine;

End Sub

Lets Test It

To test the subroutine we will first delete all the Named Formulas beginning with “p”

Goto the Formula Ribbon Bar and select Name Manager

Select all the Named Formulas that begin with “P” and press the delete button

Accept any warnings

Try and Run the Pendulum’s

Nothing happens as there are no formulas

Ensure the Pendulum are turned off, as the code is still running behind the scenes.

Now Goto the Named Formulas Page

Select all the Named Formula Names in Name Column; B3:B66

Click the Load Named Formulas, button

Go back to Page 1 and try and run the Pendulums now.

 

ADD CHART SERIES

The second sub-project was the addition of 16 Chart series to the Chart, 1 for each Pendulum.

Using the logic of the Named Formulas VBA code above, the 16 Chart Series Names, X Values and Y values were developed using formulas on the Add Cht Series worksheet and then loading into a chart using a simple VBA routine.

The Add_Cht_Series subroutine is in the Add Cht Series sheet object in the VBA editor.

How

On the Add Cht Series worksheet, I have added three columns of formulas for the various Named Formulas required.

For the Pendulum Name, X Range and Y Range.

When these formulas are copied down they adjust for the various pendulums numbered 1 to 16.

I have then setup a VBA routine, Add_Chart_Series, shown below which loads the Named Formulas.

To use Select some or all of the required Chart Series from the Pendulum Name column.

Then Execute the Add_Chart_Series subroutine using the big red button.

The Add_Chart_Series subroutine is shown below:

Sub Add_Cht_Series()
Dim sNumb As Integer
Dim c As Range
Worksheets(“1”).ChartObjects(“Chart 5”).Activate
For Each c In Worksheets(“Add Cht Series”).Range(“B19:b20”)
sNumb = ActiveChart.SeriesCollection.Count + 1
ActiveChart.SeriesCollection.NewSeries
ActiveChart.SeriesCollection(sNumb).Name = c.Text
ActiveChart.SeriesCollection(sNumb).XValues = c.Offset(, 1).Text
ActiveChart.SeriesCollection(sNumb).Values = c.Offset(, 2).Text
Next
End Sub

What does the code do?

The code:

1. Defines the start and name of the subroutine,

Sub Add_Cht_Series()

2. Defines a variable sNumb as an integer,  and a variable c as a Range object

Dim sNumb As Integer
Dim c As Range

3. It then activates the Chart containing the pendulum

Worksheets(“1”).ChartObjects(“Chart 5”).Activate

4. It then loops through each cell in the Range defined by the Range, in this case B19:B20 and assigns it to the variable ‘c’;  You can adjust the Range to suit.

For Each c In Worksheets(“Add Cht Series”).Range(“B19:B20”)

5. It then counts how many existing series are in the chart and sets the next Series Number sNumb to that value + 1.

sNumb = ActiveChart.SeriesCollection.Count + 1

6. The next 4 lines add a new series to the chart and setup the new series Name, X Value and Y Values. The Name, X Value and Y Values are retrieved from the Text of the cell c and the adjacent two cells using a Range Offset modifier

ActiveChart.SeriesCollection.NewSeries
ActiveChart.SeriesCollection(sNumb).Name = c.Text
ActiveChart.SeriesCollection(sNumb).XValues = c.Offset(, 1).Text
ActiveChart.SeriesCollection(sNumb).Values = c.Offset(, 2).Text

7. It then loops through each cell in the selection until it has done them all;

Next

8. Define the end of the subroutine;

End Sub

Lets Test It

To test the subroutine we will first delete a few of the Chart Series

Select the Chart

Select two Pendulums noting the series Number of the Bobs eg: 9 & 10

Goto the Add Chart Series Worksheet

Note the Range Corresponding to the 2 missing Pendulum B11:B12

Goto the VBA Editor

Adjust the Line

For Each c In Worksheets(“Add Cht Series”).Range(“B11:B12”)


With your cursor in the Subroutine press F5 once only

Go back to Page 1 and you should now have 2 New Pendulum

Run the Pendulums now.

You will have to manually set the shape of the Bobs to a Circle and size 15 and re-arrange the order of the series to ensure they are in order, but you can practice that manually.

SUMMARY

The post has shown how using some very simple VBA and a bit of lateral thinking to put together some simple tools to simplify 2 common and repetitive tasks.

In the Named Formulas case, the code took less than 2 minutes for me to write and then another 5 minutes to do the formulas for the Named Formulas. I didn’t try but I am sure it would have taken a good 20+ minutes to enter 64 Named Formulas.

Writing this post took much longer than doing the whole Pendulum Project.

Two examples during my working career, where VBA code has been used to save massive amounts of time and money:

In the first case I wrote some code to combine data from several hundred workbooks with varying numbers of sheets up to 30 and differing quantities of data on each sheet, a task that could have taken weeks manually with the included opportunity for errors to be introduced, into a subroutine which took 30 minutes to run and gave a printout of the results including what files, sheets and rows of data were included in the import.

In a second case a Number of Workbooks, a Word template and some VBA code was used to replace a person whose sole job was to manage that data. This job saved the company $50k+ per annum and the task was given to a clerical person who could now do the task in their spare time.

LINKS

Huis Excel Hero Pendulum: http://www.excelhero.com/blog/

Pendulum Physics: http://hyperphysics.phy-astr.gsu.edu/hbase/pend.html

Newton Excel Bach: http://newtonexcelbach.wordpress.com/2011/05/25/dancing-pendulums-2/

 

What could your simplify by using automation within Excel ?

What could you simplify or speedup using Excel automation?

Let us know in the comments below:

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54 Responses to “6 Tips for Writing Better VLOOKUPs”

  1. andrew says:

    Hi, I am loving the VLOOKUP series this week. 🙂

    Could you please expand a little on why you don't recommend using 1 or 0 in place of true or false? I am in the habit of doing this.

  2. "You can even omit the last argument if it is 0"

    Excel's default for the last argument is TRUE. Because of this, it's dangerous to omit the last arguement. I would use either FALSE or 0. Never omit if you want an exact match.

  3. Daniel Ferry says:

    Nice series, Chandoo!
    .
    Your readers may be interested to know that the quickest formula method to do lookups in Excel is an array-entered INDEX.
    .
    This is one of the many topics covered in the Excel Hero Academy:
    Excel Hero Academy
    .
    Regards,
    Daniel Ferry
    Excel Hero Academy

  4. sam says:

    1. Never use VLOOKUP/HLOOKUP - Always use Match /Index
    2. Sort your data before performing a Loookup
    3. Use 1/-1 option Match as it is at least 10 times faster than the 0 option- But modified to perform an exact match rather than an approximate match as described below
    a) A Column containing a Match Fucntion to Find the Position with the 1/-1 option
    b) A Status column containing a Index to check the status (present/not present)
    c) Multiple array entered Index colums to pick

  5. Gregory says:

    In tip number 5 you state, "you can even omit the last argument if it is 0" which is not correct. If you omit the last argument, Range_Lookup, is TRUE, as Mike Alexander points out.

  6. Sundeep says:

    Excellent series - Need some help from the expert. how easy it is to add/expand a named range in a lookup formula?

  7. Chandoo says:

    @Mike & Gregory: I am sorry for the confusion. The formula =VLOOKUP(value, range, column #) assumes last argument as TRUE.

    Where as the formula =VLOOKUP(value, range, column #, ) assumes last argument is blank or empty which internally gets treated as 0.

    And that is what I mean by you can even omit last argument. I state that "Remember, you must place a comma (,) after the column number if you are planning to use this." otherwise, this will not work.

    @Andrew: I suggest not using 0 or 1 as they are more cryptic and lead to confusion when your spreadsheet gets to someone else's hands.

    @Daniel: Thanks for that.

    @Sam: Good tips. I would just add that using VLOOKUP / HLOOKUP is ok as long as they solve the problem you have and do not take too much time. The performance improvements you get with array entered index or other techniques are minimal when dealing with small and moderately sized data sets.

  8. Hui... says:

    @Sundeep
    Very easy

    Have a read of: http://chandoo.org/wp/2009/10/15/dynamic-chart-data-series/
    Particularly Point 3. Create a new named range and type OFFSET formula

  9. Sundeep says:

    @Hui - Thanks.

    If I have a large workbook with many Vlookups and if I change the range to named range...is there an easy way to change all the formulas? It is more of wishful thinking than a question 🙂

  10. Chandoo says:

    @Sundeep... You can use Apply names from formulas ribbon to apply names to a selected range. This technique works when the ranges are mapped to static references. Dynamic refs. thru OFFSET are bit more tricky.

    You can use the find / replace to automatically replace all $A$1:$C$1000 with dynamic range lstData. See this: http://chandoo.org/wp/2009/02/17/spreadsheet-formulas-edit/

  11. Hui... says:

    @Sundeep
    On the Formulas Tab, Click on the Drop Down on the Define Name button and select Apply Names
    Select one or all Named Ranges and apply
    Excel will go through your worksheet/s and change the Ranges for Named Ranges.

  12. bill says:

    i cannot believe i missed the new to 2007 formula "IFERROR". your mention of this will help reduce the number of characters in many formulars i use (with "ISERROR") by at least 40% along with commensurate reductions in spreadsheet size and calculation speed... not to mention future reduction in typing and debugging time in formulas. thank you. and thank excel.

  13. jayank2000 says:

    Newbie here.
    I am not able to understand the Tip#1. Use of "val", "tbl". I tried and it kept on giving error.
    Chandoo's Tip#1: =VLOOKUP(valSalesPerson,tblData,3,FALSE)
    Does it need column headings? And how do you l lookup the value I am looking.
    Thanks in advance.

  14. JimH says:

    I need some help with creating a formula. I have a list of names on tab 1. (About 20) On tab 2 I have a list of names and there total sales (About 3,500) I created a name range for both the first list of names on tab 1 (Producer) and a name range for the second list on tab 2 (Agent_List) The sales on tab 2 for each producer is in the 7th colume.

    I need the formula to identify name of Producer (Tab1) from the Agent_List and then choose the total sales for that producer.

    This is the formula I put together and I only get #REF!
    VLOOKUP(PRODUCER,AGENT_LIST,7,FALSE)

  15. Hui... says:

    @JimH
    I assume you are adding a column next to the Agent_List on Tab 2 and looking up values from the Agent_List and retrieving values from the Producer list
    .
    So the format for your equation will be:
    =VLOOKUP(A2,Producer,7,FALSE)
    or
    =VLOOKUP(Agent_List,Producer,7,FALSE)
    .
    Note that the named range Producer must be at least 7 columns wide, not just Column A or you will get the #REF! error also

  16. Lala says:

    Hi

    Can anyone please help or this totally impossible in excel? I am trying to do a vlookup with a range of cells that contains "comments" in them and unsuccessful.

    Thank you

  17. Hui... says:

    @Lala
    You cannot search within comments unless you use VBA

  18. Jennie says:

    My tips are:

    Pay attention to data types - no fly if mixing text and numbers. I run into this problem a lot with files downloaded from access that have a tendency to mix data types on me when it hits excel.

    Pay attention to $ - If pulling from the same workbook, $ won't auto fill on your range and you will potentially miss hits.

    • blah blah says:

      Yeah, the data type mixing has bitten several folks I work with in the rear.

      EG: I work at a company where marketing source codes are 10-alphanumeric. But, some codes are like "12345" while others are "123abc". When access or sql dumps to excel, the numerical ones convert to numbers while the text ones stay text.

      So, what I do is create a reference column next to them in which I do a =TRIM([column]). Trim not only removes front/back spaces, it converts a value to text data type. This is useful, b/c sometimes sql db admins will store data with a fixed string length (eg: a column may get stored as char(50), which means it will have 50 chars no matter if it has to add extra spaces at the end to pad it out.) When you dump this to excel, the extra spaces remain at the end. So, the Trim command not only converts numbers to text, it removes padded spaces at the end. Very useful when working with sql dumps.

  19. ankit says:

    I have two sheets, in first sheet i have given a criteria of month (like jan, feb), then on another sheet i have month wise sheet like
    jan feb mar
    a 2 5 8
    b 5 9 8
    c 9 12 89

    now i need in first sheet if i give criteria jan then answer is 2+5+9, or if i give feb then answer is 5+9+12 and like that, how to get that??

  20. Nicole says:

    I am pretty well versed in VLOOKUP but I have a challenge I can't figure out. When I complete the VLOOKUP in one cell, it works fine. When I drag the formula down (using $ where necessary) the value from the first LOOKUP populates in the new cell. If I double click on the cell and hit 'enter' then the correct value is pulled in from the vlookup. Any suggestions why the formula isn't executing correctly until I hit enter?

    • Hui... says:

      @Nicole
      It sounds like Calculation is set to Manual
      Goto the Data Tab Calculation and set it to Automatic

      • Nicole says:

        Absolutely FANTASTIC!! Thank you so much. Slight variation on my version of Excel. I had to go to Formulas Tab then to Calculation sub-tab, Calculation Options, change setting to Automatic. Thank you thank you thank you. Saved me hours of more frustration!

  21. [...] than maybe sorted, which it usually is anyway).Use COUNTIF or MATCH to speed up calculationAs many others have pointed out, VLOOKUP returns #N/A if the lookup value is not found. Instead of using a [...]

  22. Sh says:

    I have more than 2 columns in a table I'm so confused cuz the results i get is #N/A =(

  23. Jerome says:

    I have a 2-sheet database.  Sheet 2 has a list of Accronyms in column A and their description in column B.  On sheet 1, column A is where you input your Acronym. In column B, the formula takes Acronym from column A, looks it up on sheet 2, and displays it on column B. 

    After some research, I found how to make custom text if there is not a match on the Acromyn.  The question i have is, is that when there is no text in comumn A, sheet 1, column B, sheet 1 displays my custom text "ABBREVIATION NOT FOUND".  I'm trying to write a forumla that leaves column B blank unitl there is an input in column A.

    This is my current forulma:
    =IF(ISNA(VLOOKUP(A4,Description!A:B,2,FALSE)),"ABBREVIATION NOT FOUND",(VLOOKUP(A4,Description!A:B,2,FALSE)))

    Any help out there?

    Thanks,

    Jerome

    • Chandoo says:

      Hi Jerome... Thanks for your question. Try this formula instead:

      =IF(A4<>"", IFERROR(VLOOKUP(A4,Description!A:B,2,FALSE),”ABBREVIATION NOT FOUND”), "")

      Works in XL 2007 or above. For older versions use this:

      =IF(A4<>"", IF(ISNA(VLOOKUP(A4,Description!A:B,2,FALSE)),”ABBREVIATION NOT FOUND”,(VLOOKUP(A4,Description!A:B,2,FALSE))), "")

      Btw, to learn more about IFERROR see this: http://chandoo.org/wp/2011/03/11/iferror-formula/

  24. Salvador says:

    I have 2 worksheet, the first one is like this:
    A     B     C     D
    1   DOG   1     BROWN
    1   DOG   2     WHITE
    2   CAT    1    SMALL
    2   CAT    2     MEDIUM
    2    CAT   3     BIG
    THE SECOND WORKSHEET IS LIKE THIS:
    A                  B                                         C                    D
    ENTER#      fORMULA 1 WITH VLOOK          ENTER #     FORMULA 2
                     (RETURN ANIMAL)                                    RETURN TYPE
     
    FOR EXAMPLE i NEED WORKS LIKE THIS:
    2                 CAT                               2                         MEDIUM
     
    FIRST FORMULA IS EASY NOT PROBLEM. bUT FOR THE SECOND i DO NOT FIND HOW TO DO IT. PLEASE HELP.

    • Jo says:

      This would be how I would handle your second formula, in your first worksheet, I would insert a column between C & D. In that column I would have a formula to concatenate the values in column A & C (example =concatenate(a2,c2)) which would result in:

      A B C D E
      1 DOG 1 11 BROWN
      1 DOG 2 12 WHITE
      2 CAT 1 21 SMALL
      2 CAT 2 22 MEDIUM
      2 CAT 3 23 BIG

      Then in the second worksheet formula 2 would be:

      =vlookup(concatenate($a2,$c2),AnimalType columns D&E,2,false)

  25. Gazza says:

    Great Stuff Chandoo
    In your 6th post you say use SUMIF instead of VLOOKUP as it runs faster.
    What if you have a spread sheet with repeated data and you only want to pull one value back?
    would it be best to use a simple VLOOKUP
    or something like: IF(COUNTIF < 2, SUMIF, VLOOKUP)
    I have set COUNTIF < 2 (not just = 1) to take advantage of the fact that if COUNTIF = 0 you won’t get an error

  26. Jo says:

    Now if only you could use the column header name instead of the column index number in the VLOOKUP function.

    Scenario: I have a list/table in one spreadsheet that I use to lookup values in other spreadsheets. If I insert columns in my list/table, I have to go into the other spreadsheet(s) and increment the VLOOKUP formulas' column index number to capture the right column of values.

    Example: if I inserted a column in Table1, my formula:
    =VLOOKUP(A1,Table1,2,FALSE) would have to change to:
    =VLOOKUP(A1,Table1,3,FALSE),
    it would be so much better if you could code something like:
    =VLOOKUP(A1,Table1,Table1[price],FALSE)

    If my lookup result is numeric data I could use sumif as suggested and use the list/table references; is there a similar function I can use for alphanumeric data lookups that uses list/table references?

  27. andy says:

    tip:

    you can use dynamic column reference for your look up if you want to pull multiple column values from another sheet with the same row reference without having to rewrite the the formula, e.g.

    range a1:d1 = "header", 2 , 3, 4
    b2 = vlookup($a2, LookUpRange, b$2, 0)
    c2 = vlookup($a2, LookUpRange, c$2, 0)
    b3 = vlookup($a3, LookUpRange, b$2, 0)

    the above will bring back the value two columns away from LookUpRange in b2, 3 for c2 and 4 for d2 for the same reference, a2. By freezing just the column for your lookup reference value and just the rows for your column reference, you can drag your forums both down and right while keeping all reference both constant and dynamic... as oxymoronic as that sounds.

    • chris says:

      my TIP, building on what Andy says above re using a dynamic refrence: if you use the column functon in the header row - should someone add extra columns to the source sheet your lookup will adapt and still return the right result.

  28. Chaz says:

    With the below formula I am getting "too many arguments for this function. any help?

    =IFERROR(VLOOKUP(RIGHT(M3,7),notes!A:A,1,FALSE),"Failure to process correctly",IFERROR(VLOOKUP(RIGHT(n,2),notes!A:A,1,FALSE),"Failure to process correctly"))

  29. WelshIan says:

    Chaz - IFERROR only requires 2 arguments, you have entered 3 (the vlookup, the error message, the 2nd IFERROR).

    Change your formula to the following:

    =IF(isERROR(VLOOKUP(RIGHT(M3,7),notes!A:A,1,FALSE)),”Failure to process correctly”,IFERROR(VLOOKUP(RIGHT(n,2),notes!A:A,1,FALSE),”Failure to process correctly”))

    Ian

    • WelshIan says:

      Hmm, I'm not sure my formula will return the required output.

      This tests if there is an error in the 1st vlookup, then checks the 2nd, and only returns the error message if both vlookups are errors. Is that what you wanted to do?
      =IF(isERROR(VLOOKUP(RIGHT(M3,7),notes!A:A,1,FALSE)),IFERROR(VLOOKUP(RIGHT(n,2),notes!A:A,1,FALSE),”Failure to process correctly”),VLOOKUP(RIGHT(M3,7),notes!A:A,1,FALSE))

  30. erik says:

    I am trying to use a vlookup with a named range for the lookup array. This works fine. However now I would like to replace this named range with a cell reference (which obviously contains the name of the named range) but get a N/A error message. Is this really not possible?

    vlookup ( A1, named range, 2, 0 ) . This works
    vlookup ( A1, F1, 2, 0 ) . Where cell F1 contains the the text with named range. This does not work.

    Any tips or thoughts would be appreciated. Thank you in advance

  31. erik says:

    Works like a charm. Thank you!

  32. Matt says:

    Some opinions on the pros and cons of using named ranges on http://www.excelvlookuphelp.com along with a few other hot tips

  33. d j says:

    Hello,
    Chandoo,

    Can u explain me how to use vlookup formula in 2 sheets in one excel workbook.

  34. Satish says:

    Hi am Using Index match function to overcome the limitation of Vlookup. But I am failed to get the same result as i get in Vlookup. in vlookup as we can expand the Columns of Vlookup in one single shot. Like Vlookup($A4,A1:G9,3,0) but same Result i Not get in Index match Function. Please help

  35. Sean Burke says:

    Dear Excel super-users,

    Sourcing data from different sheets.

    I'd like to specify in the vlookup formula which sheet to source data from.

    This source sheet will change depending of the name of the person selected in a specific cell C1 on the sheet where the vlookup formula is being run from.

    I'd be grateful for any tips to achieve this.

    Regards,

    Sean

  36. raghuwar singh bisht says:

    dear sir /madam

    please proved me lookup formula
    and exp--------- insert picture formula attched excel sheet

  37. Jayme says:

    Us the Column formula in place of the 3rd argument will save you time when you want to bring in all data columns!

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