Dear AL,
Thank you for your query. So, your goal is to import data from a CSV file that has a column named ID with 20 digits in each cell of the column. You can use the following procedure to avoid converting the data into scientific notation while importing the CSV file.
First, create a CSV file with the required data. For demonstration, I have used the following data.

Now, go to the Data tab >> click on From Text/CSV.
Then navigate to your file and select it >> click on Import.
Next, click on the drop-down button >> choose the Do not detect data types option >> click on Load.

That’s it! Your data has been successfully loaded into Excel without any conversion to scientific notation or data loss.

I believe this has addressed your query. If you require additional support, please don’t hesitate to inform us.

Regards
Zahid
ExcelDemy

Hello ROBYRUBYJANE,
Thank you for reaching out. If I understand correctly, you are interested in creating a search box that can locate values from another worksheet and transfer them to the current worksheet. To accomplish this, you can use the following steps:
Begin by creating a search box, and then add the following code to it.

Private Sub TextBox1_Change()
    Application.ScreenUpdating = False
    Sheet4.Range("F6:H19").ClearContents
    Sheet4.Range("F6:H19").ClearFormats
    Sheet6.ListObjects("DeclaringVariable_Data").Range.AutoFilter field:=2, Criteria1:=[c4] & "*", Operator:=xlFilterValues
    Sheet6.Range("B6:D19").SpecialCells(xlCellTypeVisible).Copy
    Sheet4.Range("F6").PasteSpecial Paste:=xlPasteAll
    Application.CutCopyMode = False
    Application.ScreenUpdating = True
End Sub

In this scenario, “Sheet4” is the worksheet containing the search box, and any copied values will be pasted into the range B6:D19 of this worksheet. Prior to pasting, the contents and formatting of the destination range will be cleared. “Sheet6” is the worksheet where the specified keyword will be searched for.
With these steps completed, your search box is now ready for use.
I hope this helps you to achieve your goal. If you need further assistance in this regard, please let us know.

Regards
Zahid
ExcelDemy

Dear UDAY KUMAR,

Good afternoon! Thank you for reaching out to us. In the following section, I’ve suggested a method for handling your issue.
First, apply this formula in cell M2.

=LAMBDA(item_name,max_issue,XLOOKUP(SEQUENCE(SUM(max_issue)),VSTACK(1,SCAN(1,max_issue,LAMBDA(a,b,a+b))),VSTACK(item_name,""),,-1))(H2:H5,I2:I5)
Formula Breakdown
In this formula, item_name refers to the cell range H2:H5 of your provided worksheet, and max_issue represents the cell range I2:I5 of that worksheet.
XLOOKUP(SEQUENCE(SUM(max_issue)),VSTACK(1,SCAN(1,max_issue,LAMBDA(a,b,a+b))),VSTACK(item_name,””),,-1)) → This part of the formula will generate the Item Names according to their maximum issue number.
(H2:H5,I2:I5) → This part is required for specifying the cell ranges for item_name, and max_issue parameters of the formula.
After applying this formula, you will get an output like this in your worksheet.
Now, select these cells and copy them. Later, paste them as values in the same location.

Now, apply the following formula in adjacent cell N2 and drag the Fill Handle up to cell N32.
=RAND()

After that, select the data of Column M and Column N. Then, go to the Sort & Filter option from the Home tab and choose the Custom Sort option from the drop-down.

A dialogue box named Sort will appear on your worksheet. In the Sort by field, select Column N. You can keep the other fields unchanged. Finally, click OK.

Lastly, select the entire Column N and delete it.
After following these steps, you will have a randomized list of Item Names for a month as demonstrated in the following image.

I sincerely hope that this resolves the issue that you are facing. If you need any further assistance, please let us know. Have a great day!

Regards
Zahid Hasan
ExcelDemy

Dear Uday Kumar,
Good day! I can comprehend how upsetting this situation could be. It took me a while to understand it, too. Hence, the portion of your formula that I have highlighted in the following figure is essentially what is causing the issue when doing Conditional Formatting.

It will display an error in the Conditional Formatting when you specify a range using both a cell reference and a formula. As the goal of this formula is to add up to the cell that comes before the active cell, you can use the following formula instead. Here I simply replaced INDEX(B$3:B3,ROWS(B$3:B3)-1) by B2. The complete formula is:
=AND(SUM(B$3:B3)>B$35, IF(ROWS(B$3:B3)<>1, SUM(B2:B$3)<=B$35, TRUE))
Just paste this formula in the Conditional Formatting option and you will have your desired output as shown below.

That should take care of your problem, I hope. If you run into any problems, please let us know.

Regards
Zahid Hasan
ExcelDemy

Dear Uday Kumar,
Good afternoon! First of all, thank you for the detailed description of the problem. What I have understood from your email, is that you want to highlight the cell where the sum of the distributed X items crosses the Previous Balance.
Using the Excel formula in this situation becomes quite complicated and returns errors when used in the Conditional Formatting option. But running a simple Macro can achieve your desired output without any hassle.
If you don’t know how to run a Macro, don’t worry. It’s not that complicated at all. Just follow the steps below, and you will be good to go.
Step 01: Create a Blank Module
At first, you will need to create a blank Module. The Module is where we will write the code. Simply press ALT + F11 on your keyboard to open the following window on your worksheet.

Now, go to the Insert tab and choose the Module option from the drop-down list.

Step 02: Write and Run VBA Code
Now, a blank Module will be created.
Then, copy the following code and paste it into the blank Module.

Sub inventory_check()

Set Rng = Selection
Prev_bal = InputBox("Insert Previous Balance")
Sum = 0
Count = 0
Rng.Cells.Interior.ColorIndex = xlNone
For i = 1 To Rng.Rows.Count
    Sum = Sum + Rng.Cells(i, 1)
    If Sum > Int(Prev_bal) Then
        Rng.Cells(i, 1).Interior.Color = VBA.RGB(249, 176, 103)
        Count = Count + 1
            If Count > 0 Then
                Exit Sub
            End If
    End If
    
Next i
        
End Sub

After that, click on the Save icon.

Following that, close the VBA window or simply press ALT + F11. This will take you back to your worksheet.
Now, carefully select the range of data.
Then, go to the Developer tab and click on the Macros option.

Subsequently, the Macro dialogue box will open.
Now, select the inventory_check option and click on Run.

Then a window will appear asking you for the Previous Balance. You need to enter the previous balance here and then click OK.

Boom! The highlighted cell will indicate your desired output.
You can change the Previous Balance according to your need and the highlighted cell will be changed accordingly.

Things to Remember
If you don’t have the Developer option enabled then follow this article to enable it.
Don’t forget to save the file as Macro Enabled Workbook.
I sincerely hope that this solves the issue you are facing. If any part of the solution is unclear to you, please let us know.

Regards
Zahid Hasan
ExcelDemy