Learning the right Excel functions will:

• Save you hours of work.
• Reduce mistakes in your calculations.
• Help you feel confident using spreadsheets at work, school, or home.

Whether you’re tracking expenses, analyzing sales, or managing grades, mastering the essential Excel functions for beginners is the best first step.

Why Use Excel Functions?

Excel functions allow you to automate calculations and processes without needing to write complex formulas from scratch.

For example, instead of typing =A1 + A2 + A3 + A4, you can simply use:

=SUM(A1:A4)

Using Excel formulas, you can streamline investment analysis, financial modeling, expense tracking, and revenue forecasting, ensuring effective data processing while reducing errors. Understanding the Essential Excel Functions for Beginner is key to this process.

👉 For Microsoft’s official introduction, check Excel functions overview.

What is the Difference Between Formulas and Functions?

The purpose of formulas and functions is the same, yet they are also different.

We manually enter formulas in cells or formula bars to perform calculations and fundamental tasks, just as we did above. It can include numbers, cell references, operators (+, -, *,/), or functions. E.g, =A1 + B1 - C1

Functions are predefined formulas in Excel that are used to do advanced calculations that would be impossible to do manually. 

For example, the SUM function in Excel is used to sum values. Like that =SUM(A3:A9). This adds all the numbers from A3 to A9, no need to write = A3 + A4 + A5 + A6 + A7 + A8 + A9.

• A function is a predefined operation in Excel (e.g. SUM(), IF(), VLOOKUP()) that performs a specific task.
• A formula is an expression you create that may include functions, operators, and cell references.

Example of a formula (with no function):

=A1 + B1 - C1

Example of a formula using a function:

=SUM(A1:C1)

In short:
Functions are the building blocks.
Formulas are the complete instructions.

How to Use Functions in Excel

1. Click on the cell where you want the result.
2. Type = followed by the function name.
3. Add the cell references inside parentheses.
4. Press Enter.

For example:

=AVERAGE(B2:B10)

Pro Tip: Use the AutoFill handle (the small square at the bottom-right corner of a selected cell) to drag your formula across multiple rows or columns. Excel will automatically adjust the references.

24 Essential Excel Functions for Beginners

Check out these 24 essential Excel functions for beginners below that is most useful, also you can measure yourself whether you are a beginner or not. (I incuded a summary and the details) Each one is a predefined operation that you can use inside a formula to save time and improve accuracy.

🔢 1. Basic Math & Aggregation

• SUM() → Adds numbers.
• AVERAGE() → Finds mean.
• MIN() / MAX() → Finds lowest & highest values.
• ROUND() → Rounds numbers to chosen digits.

📊 2. Counting & Data Checks

• COUNT() → Counts numbers only.
• COUNTA() → Counts all non-empty cells.
• COUNTBLANK() → Counts empty cells.
• ISNUMBER() → Checks if value is numeric.
• ISBLANK() → Checks if a cell is truly empty.

🧠 3. Logic & Conditional Functions

• IF() → Returns values based on a condition.
• RANK() → Ranks numbers in a dataset.
• MOD() → Returns remainder after division.
• INT() → Rounds numbers down to the nearest whole.

🔤 4. Text Functions

• CONCAT() / CONCATENATE() → Joins text.
• TRIM() → Removes extra spaces.
• LEN() → Counts characters.
• LEFT(), RIGHT(), MID() → Extracts parts of text.
• PROPER(), LOWER(), UPPER() → Changes letter case.
• SUBSTITUTE() / REPLACE() → Replace words or characters.

⏰ 5. Date & Time Functions

• NOW() → Current date & time.
• TODAY() → Current date only.
• DATEDIF() → Calculates difference between two dates.

📈 6. Lookup & Reference Functions

• VLOOKUP() → Finds value in a table vertically.
• HLOOKUP() → Finds value horizontally.

🧮 7. Advanced Math & Data

• POWER() → Exponentiation.
• FLOOR() / CEILING() → Round numbers up or down to nearest multiple.
• SUBTOTAL() → Returns subtotal with filters applied.

1. SUM() – Add Numbers Quickly

As the name indicates, the SUM function sums data in cells. Instead of manually writing formulas, you can use the built-in SUM function to sum values across any range of cells.

For example, you want to sum values in columns A and B, then you can use this formula.

=SUM(A2:B2)

After that, you can move this formula into other cells by dragging the autofill handle at the bottom of the cell. When you drag the autofill handle to other cells, it automatically changes the cell ranges. (How to Use Autofill in Excel? (And Why It Sometimes Fails)

Just like this:

Read more: What is AutoSum in Excel, How Do You Use it?

2. AVERAGE() – Find the Mean

Every function’s name almost indicates its purpose. Now, the AVERAGE function is used to calculate the average of the data. For example, you can write this function and calculate the average of any data with a single click.

To find the average of column A, you can put this formula in the resulting cell.

=AVERAGE(A2:A6)

3. MIN() and MAX – Smallest & Largest

To get the minimum and maximum values from a larger data sheet, you can use the MIN and MAX functions. Just put the formula, define ranges, and get results.

=MIN(A2:A6)   =MAX(B2:B6)

4. ROUND() – Clean Up Decimals

If you are performing calculations on data and receive results with decimal points, you can use the ROUND() function to round them to a desired number of digits. This will make your data sheet look cleaner.

=ROUND(A2, 1)

Read this – How to Use the ROUND Function in Excel Calculations?

5. COUNT() – Count Numbers Only

To count the numbers in a long column, you can use the COUNT() function. Simply enter it into an empty cell, and it will return the results for the cells you’ve selected.

=COUNT(A2:A10)

6. COUNTA() – Count Non-Empty Cells

If you wish to count all types of values, such as text, date, time, and numeric values, you can use the COUNTA function.

=COUNTA(A2:A9)

7. COUNTBLANK() – Count Numbers Only

COUNTA cannot count empty cells, so in this case, you can use the COUNTBLANK function to count blank cells in a column or a row.

=COUNTBLANK(B2:B7)

8. ISNUMBER() – Check if Value is a Number

When you copy data from external sources, some numeric-looking values may be stored as text. So when you perform calculations on them, you get incorrect results. So, to determine whether the values are actual numbers or sorted as text, you can use this function to convert those values to numeric values.

=ISNUMBER(A2)

9. ISBLANK() – Check if Cell is Empty

When you copy data from external sources, certain cells that appear empty may contain values or text. So, to verify this, you can use this function.

=ISBLANK(A5)

10. IF() – The “Decision Maker”

The IF function sets a condition in the formula depending on true or false. For example, you can receive “PASS” in the results if the Marks are greater than 50 and “FAIL” if it is less than 50.

=IF(A2>=50, “Pass”, “Fail”)

Learn more: about Excel IF Function with Practical Examples

11. RANK() – Position in a List

If you are working on a larger data sheet and want to know the rank number of a specific numerical or text item, you can use the RANK function.

=RANK(A5, A2:A6)

= The rank of A5 beween A2 and A6

• You cannot directly use RANK() with text in most spreadsheet applications.
• You can use RANK() with text in SQL by ordering the text column.
• You can use RANK() with text in SAS to get the rank of individual characters.
• For other contexts, you need to consult the specific documentation for the tool or language you are using.

12. MOD() – Remainder After Division

When conducting division on a large column of numbers, you want a remainder for each value. Then, instead of performing it manually, you can use the MOD function to calculate the remainder.

=MOD(A2, 2)

13. INT() – Round Down to Integer

When performing calculations and receiving results in decimal points in Excel, you can use the INT function to round down a number to the nearest integer. This way, your data sheet will appear clean and organized.

=INT(A2)

7. CONCATENATE() / CONCAT()

If you want to combine or merge data from two cells in a single cell, use the CONCAT and CONCATENATE functions. These functions will combine the data from two cells into one. You can use a comma to separate these values in the formula.

=CONCAT(A2, ” “, B2)

Read more: Understanding the CONCATENATE Function in Excel

8. TRIM()

If you encounter errors in the results while applying formulas to any cells, these cells may have extra spaces. These spaces can be placed in the text’s middle, beginning, or ending. To check out and remove unnecessary spaces from any cells, you can use the TRIM function.

=TRIM(A2)

9. NOW() and TODAY()

If you are writing a log sheet, invoice, or report that requires the exact time and date, you can use the NOW() function, which is quite useful.

And the TODAY() is used only when you need the current date.

10. LEN()

If you want to count the number of characters in a cell, use the LEN() function, which will return the exact number of characters from any cell.

=LEN(A2)

Read more: Using the LEN Function to Count Characters in Excel

11. LEFT(), RIGHT(), and MID()

If you want to extract text from the left, right, and middle of any cell, you can use these three functions.

=LEFT(A2, 3)

=RIGHT(A2, 3)

=MID(A2, 7, 5)

Read more: Using Excel’s LEFT, RIGHT, and MID Functions for Text Manipulation

12. PROPER(), LOWER(), AND UPPER()

You can use the PROPER Function, If any text values have the first letter in lowercase, this will capitalize it. And you can use the LOWER and UPPER functions to convert text values into lowercase and uppercase values.

=PROPER(A2)

=LOWER(A2)

=UPPER(A2)

13. POWER()

The power function is used for exponential calculations. Then, you can use this function to raise one number to the power of another.

14. FLOOR() and CEILING()

If you want to round a number up and down to the nearest multiple of a specific number, use these two functions. CEILING for above and FLOOR for below, as suggested by the names.

=CEILING(A2, 1)

=FLOOR(A2, 1)

15. SUBTOTAL()

If you want the subtotal of some specified rows and columns, you can use this function to get the subtotal of all the values in just a minute.

=SUBTOTAL(9, A2:A6)

16. SUBSTITUTE() and REPLACE()

If you want to replace text in any cell, you can use the SUBSTITUTE function. This will replace the older text with the newer one. You just have to enter the older text and the newer one in the formula.

=SUBSTITUTE(“apple, banana, apple”, “apple”, “orange”)

The REPLACE function can also be used to replace specific text characters in any cell. However, in this function, you can specify the cell name, index number, or position from which you want to start replacing the text, and the number of characters you want to change. 

=REPLACE(A2, 2, 3, “123”)

22. DATEDIF()

If you want to calculate the difference between two dates in years, months, or days, depending on the unit you choose, you can use the DATEDIF function.

=DATEDIF(start_date, end_date, unit)

23. VLOOKUP()

If you want to look up a value in the first column and get results from another column in the same row, VLOOKUP can help you in this case.

=VLOOKUP(101, A2:B5, 2, FALSE)

Learn more: How to Use VLOOKUP and IF Statement in Excel (Step-by-Step Guide with Examples)

24. HLOOKUP()

HLOOKUP performs the same function as VLOOKUP; however, it searches for values in rows rather than columns.

=HLOOKUP(“Q2”, A2:D3, 2, FALSE)

Read more: what is Excel XLOOKUP and Top 10 Use Cases You Should Know

Wrap Up

Getting started with Essential Excel Functions for Beginner doesn’t have to be hard. With simple, beginner Excel funtions like SUM(), IF(), and VLOOKUP(), you can handle everyday tasks more easily and accurately. Now that you know how to use formulas in Excel, you can save time, reduce errors, and work more efficiently. Keep practicing, these small steps will help you become confident with Excel in no time.

If you are having this issue “Why is my VLOOKUP not working?, don’t worry; we are here to help you with a solution. In this guide, we’ll take you through the five most common reasons that VLOOKUP fails and the simple, common-sense fixes that you can use for each issue.

1. VLOOKUP #N/A Error: You are Looking For an Exact Match

The #N/A error in Excel’s VLOOKUP function often occurs when you’re looking for an exact match, but something prevents the function from finding it. If you encounter this error, this could be due to looking for an exact matching value, and VLOOKUP doesn’t find the exact matching value, it returns an #N/A error. However, if you use the approximate matching mode, the VLOOKUP function will look for the Exact matching value first, and if it does not find it, it will look for the nearest smallest value in the data. If you are looking for the exact matching value, you should type FALSE at the end of your formula, so Excel knows you’re looking for that one specific value.

Now, here’s something important: this part of the formula is optional, meaning you can skip it. But if you don’t write anything, Excel will automatically use TRUE instead. And when TRUE is used, Excel won’t look for an exact match, it will look for the closest match it can find. And then VLOOKUP will return the wrong value rather than the exact match you are looking for. For that to work correctly, your data must be sorted in ascending order (like A to Z or 1 to 100). If it isn’t sorted properly, Excel might give you the wrong answer.

In some cases, when this part is left out and the data isn’t sorted, the VLOOKUP formula can return a completely incorrect result, which can be very confusing if you don’t realize what’s going wrong.

Solution:

So, to manage this error and overcome the incorrect results returned by the VLOOKUP function, you must first use the correct spellings for the exact matching lookup values. Excel, for example, does not consider “Apple” and “apple” to be similar.

Second, you can use the TRIM function to remove extra spaces or clean your data.

=TRIM(A2)

Thirdly, you have to set the fourth argument of VLOOKUP to FALSE, and it will then return the exact matching value instead of giving a #N/A error or giving the wrong value in the results.

2. The Lookup Column Is Not the First Column or You Have Inserted a Column

The other most common reason for your VLOOKUP not working could be that your lookup value is not in the first column. We all know that the VLOOKUP function only works from right to left and cannot look up for a value from its left side or other columns than the first one. VLOOKUP searches down the first column of your given range. VLOOKUP will give you false results and will return errors as a result if you ever try to look up a value in other columns rather than the first column.

Also, the VLOOKUP method does not operate if you have first created an empty column, either by accident or on purpose. It will analyze the first data column and search for the value down until it finds what you are looking for.

Solution:

The possible solution to this error is that you should always look up a value in the first column and remove any empty columns.

The second method is to use INDEX-MATCH, which is more flexible and powerful. You can use this combination in the VLOOKUP function because it allows you to search for a value from any column.

=INDEX(C2:C10, MATCH("Apple", B2:B10, 0))

3. Your Data Table has increased

The other reason VLOOKUP cannot work is that you have added more rows to the data table in which you are looking for a certain value. But you haven’t adjusted the formula to add up the rows in the cell ranges. If this occurs, your VLOOKUP doesn’t work and will return errors. 

Solution:

The solution to this problem is simple: You just have to add the additional rows to the VLOOKUP formula as cell ranges. Make sure that the cell ranges cover the entire table in which you are searching for a value.

The second possible solution to this problem is to turn the lookup range into a table. You only need to select the data range and then go to the Insert Tab to turn it into a table. When you convert to a table and add additional rows of data, VLOOKUP will consider them to be part of the lookup range. VLOOKUP will then use the table as the lookup range rather than the specific cells.

You can see in the image that after changing the cell ranges from A2:C7 to A2:C10, the complete data table has been selected. 

4. VLOOKUP Not Matching Text: The Data Types Don’t Match

When VLOOKUP does not match text because the data types in the lookup value and the data table don’t match, the problem usually stems from differences in formatting (e.g., text vs. numbers) or trailing spaces. Here are steps to troubleshoot and resolve the issue:

1. Verify Data Types

Check if the lookup value and the table column are the same data type (text or number).

• In Excel, use the =TYPE(cell) function to check the data type of a cell:
  • Returns 1 for numbers.
  • Returns 2 for text.
• Ensure both the lookup value and the table column are the same type.

2. Convert Numbers Stored as Text

Convert Text to Numbers:

• Select the range with numbers stored as text.
• Use the “Text to Columns” tool in the Data tab:
  • Highlight the range.
  • Go to Data > Text to Columns > Finish.
• Or multiply by 1 (=A1*1) or add 0 (=A1+0) in a helper column and copy-paste as values.

Convert Numbers to Text:

• Use the TEXT(cell, "0") formula.
• Alternatively, use =TEXT(cell, "@").

3. Remove Extra Spaces

Use the TRIM function to clean up extra spaces in both the lookup value and the table column:

• In a helper column, enter =TRIM(A1) to remove leading, trailing, and extra spaces.
• Replace the original data with the trimmed data.

4. Ensure Consistent Formatting

Check for consistency in formats:

• Select both the lookup value and the table column.
• Format both as “General” or “Text” (Home tab > Number dropdown).

5. Handle Non-Printable Characters

Use the CLEAN function to remove hidden characters from the data:

• In a helper column, enter =CLEAN(A1).
• Replace the original data with the cleaned data.

6. Force Exact Matches

Ensure your VLOOKUP formula includes the exact match argument:

=VLOOKUP(lookup_value, table_array, col_index_num, FALSE)

FALSE forces Excel to look for an exact match.

7. Check for Hidden Characters

Sometimes, data may contain hidden characters (e.g., non-breaking spaces). Use the CODE function to identify these:

• =CODE(MID(A1, 1, 1)) checks the first character.
• Remove the offending characters using SUBSTITUTE:
  • =SUBSTITUTE(A1, CHAR(160), "") (to remove non-breaking spaces).

8. Manually Re-enter Values

If the above methods fail, re-entering the data manually in both the lookup value and table column can resolve the issue.

Example

Problem: Lookup value is “123” (text), but the data table has 123 (number).

1. Convert Lookup Value to a Number:
   

   =VALUE("123")

2. Convert Table Column to Text:
   

   =TEXT(A1, "0")

3. Use the adjusted data in your VLOOKUP.

Final Formula:

=VLOOKUP(VALUE(A1), table_array, 2, FALSE)

In the solution, you can convert these numbers to actual numbers by using the TEXT() and VALUE() functions. After that, your text-sorted numbers will be converted to real numbers, and you will be able to see results rather than errors.

5. The Range Isn’t Locked When Copying the Formula

Another major issue that causes VLOOKUP to not perform properly is moving the VLOOKUP formula between rows or columns. When you do that, your range might change unintentionally. In Excel, when you are copying a formula, it causes relative references to update based on the new location. If your table range changes, the lookup will not function properly.

In the image above, you can see that the formula produces the right results.

And when you drag and drop the same formula for the cell F3, Excel not only updates the lookup value from E2 to E3, but it also updates the lookup range, which causes the issue. 

Solution:  

A solution to this problem is to lock your lookup table (the table in which you are looking up information), also known as table_array. To lock your lookup table, you can use dollar signs $.

=VLOOKUP(E2, $A$2:$C$10, 2, FALSE)

Now you can see that the lookup range has not changed when dragging the formula down to cell F3. 

6. VLOOKUP #REF Error: The Column Index Number Is Incorrect

The third argument in VLOOKUP is the column index number, which is the number of the column in the table array from which to get a value. If you enter a column number that does not exist in your range, you will receive an error or an inaccurate result.

As you can see in the above image, the column-index-number is set to 4. And the D column is empty, so it returns an error. 

Solution:

To fix this error, simply check and correct your column index number, just like below:

7. VLOOKUP Not Working: Data Contains Duplicates and Non-Unique Values

Another common cause why your VLOOKUP isn’t working is that your data table contains non-unique and duplicate values, as shown in the image.

VLOOKUP returns only the first match that it finds. So, if your lookup column contains many entries with the same value, Excel will always return the value from the first one, even if there are others with different values.

Solution:

The first and simplest solution to this problem is that you can remove duplicates by clicking the Remove Duplicates option on the Data tab.

The second solution for you can be to use newer functions such as FILTER() (available in Excel 365) or complex formulas with INDEX to return multiple matched values.

8. Your Lookup Value is On the Left Side

VLOOKUP only works when the value you’re searching for is in the first (leftmost) column of your selected table range. If your lookup value is in a column to the right of the return column, VLOOKUP won’t work and will return an error. As you know that VLOOKUP can only look up from left to right; it can’t search to the left of the data table. So if you try to search for a value in Column C and return a result from Column A, VLOOKUP will fail.

Solution:

To avoid this error, you can move the lookup column to the left side of your dataset.

And the second option is that instead of using VLOOKUP, you can combine the INDEX and MATCH functions. This combination lets you look up in any direction. INDEX-MATCH allows you to find values independent of their position (left or right), making it more versatile than VLOOKUP.

The Third solution for this problem can be using the XLOOKUP function, which is more advanced. Using the XLOOKUP function, you can look up in any direction and will encounter fewer issues than with VLOOKUP.

Bonus Tips to Avoid VLOOKUP Errors

Sort Carefully: 

If you are using approximate match (by setting the fourth argument to TRUE), make sure the first column is sorted in ascending order. If you are using the exact match, make sure to set the fourth argument to false. Otherwise, it will return a #N/A error if it does not find the exact matching value in the data table. 

Use Named Ranges: 

Always make sure to use name ranges when working with the VLOOKUP function. And when you use named ranges, this will make your formulas cleaner and easier to understand.

Try XLOOKUP: 

If you’re using a newer version of Excel, the XLOOKUP function is a more modern, flexible alternative to VLOOKUP. In XLOOKUP, you will not encounter these problems that you might face using other lookup functions like VLOOKUP.

VLOOKUP Not Working: Conclusion

If you’ve ever felt stuck and thought that VLOOKUP is not finding the exact matching data or why you’re getting wrong results, you’re not alone. Whether it’s a VLOOKUP not matching text issue or even VLOOKUP returning the wrong value, the truth is, a small mistake in your formula or data structure can throw everything off. But now that you know what to watch out for and how to fix these common issues, you’ll find it much easier to troubleshoot whenever VLOOKUP is not working. Just remember to check your ranges, watch your column index, handle text and duplicates carefully, and don’t hesitate to try functions like INDEX-MATCH or XLOOKUP for more flexibility.

Excel is an essential tool for managing and analyzing data. Among its many time-saving features, Autofill stands out as a powerhouse for automating repetitive tasks. Whether you’re populating rows of dates, copying formulas, or creating sequential numbers, Autofill simplifies your workflow and minimizes errors.

But sometimes, it doesn’t always operate as expected. In this article we will discuss the reasons why Autofill doesn’t always work as well as it should.

What is Autofill in Excel 

If you’ve ever worked with Excel, you may notice a small square in the bottom-right corner of a cell. This little tool is known as the Autofill Handle. Autofill allows you to automatically fill fields with data that follows a pattern or to copy information or formulas from one cell to another. It saves a lot of time, especially when working with large datasets.

It can be used to continue a series, repeat a value, copy formulas along a column or across a row, or expand patterns such as days in a week, months, or custom lists. With Autofill, you can quickly populate hundreds or even thousands of cells, saving time and reducing manual errors.

How to Use Autofill in Excel

Let’s break it down into simple steps so that everyone can understand it and improve their data management while saving time. 

Using the Fill Handle

The Fill Handle is the small square at the bottom-right corner of a selected cell. It’s your gateway to Autofill magic. Let’s assume that you want to autofill numbers in an Excel sheet. To autofill, you can just follow these simple steps.

1. First, type the number like 1, 2, 3 or any other number such as 12 in column C1 and the second number sequence (13) in C2. 
2. Now select both cells C1 and C2. 
3. Move your mouse to the bottom-right corner of cell C2. 
4. You’ll see a small square. Click and drag the square down to fill more cells.

Now you can see that the other cells are automatically filled by the next number sequences as above.

Autofilling Sequence Numbers 

If you want to autofill a single value in multiple cells, follow these steps:  

1. Type the number you want to autofill in multiple columns, such as 14 in C1. 
2. Look for the plus sign on the bottom right corner of C1.
3. Click on it and drag it down to other cells.

You can see from the image that the number 14 has been automatically filled in the other cells.

Autofilling Multiple Kinds of Data 

As you can see in the image above, it can easily autofill any type of text sequence, arithmetic progression sequence, and even alternate sequences in Excel.

The process is the same as we explained in the previous examples. Simply select the first two to three cells or more containing your text, numbers, arithmetic, or any other sequences.

And then simply drag down the + icon to the desired cells where you want to fill the sequences.

Autofill in Excel for Dates, Months, and Times 

Excel recognizes patterns in dates and times, making it easy to create schedules or timelines.

Just type dates, months, and times in Excel, just like other text and numeric values and drag the Fill Handle to extend the data. Your data will be autofilled in further cells. 

Advanced Options:

• Right-click while dragging the Fill Handle to choose options like Fill Days, Fill Weekdays, or Fill Months.

Autofilling Multiple Columns and Rows

If you have data in numerous cells and columns and want to autofill all of them, the autofill function can help you do that. Simply select all of the rows and columns, then drag the fill handle, and your data will be automatically filled in the other cells, as shown in the image below.

Using Autofill While Inserting Empty Cells

You can also use the autofill feature to create gaps in your data sequences. The process is also the same as the other approaches shown in the figure below.

Autofilling Formulas

Autofill doesn’t just work with numbers and text, but it’s equally as powerful for formulas.

1. In cell C1, type =A1+B1.
2. Hit Enter.
3. Click C1 again.
4. Drag the Autofill handle down.

Excel will update the formula automatically in each row (e.g., =A2+B2, =A3+B3). You don’t have to re-type the formula over and over.

Using Autofill With Custom Lists

If you want to reuse the same list of products, you can create custom lists in Excel. A custom list only includes text values and text with numerical values. To do so, save the specified products and text value list as a custom list in Excel and then use the autofill feature to populate that custom list in further cells. 

You can follow these simple steps to create and save a custom list in Excel.

1. First, make a list of all of the products you want to add to your custom list.
2. Go to File > Options > Advanced.
3. Go to the ‘General’ section and select the box of ‘Edit Custom Lists’.
   

   

4. Add your list (e.g., “Apple, Banana, Mango, Orange, Kiwi, Cherry”) and click OK.
   

   

5. You can also choose the option to import a list from cells.
   

   

Finally, after creating the custom list, you can add it to any cell by entering the first product and dragging the autofill handle to the desired cell. Excel will then identify the custom list and populate it in the remaining chosen cells. 

Flash Fill

Has it ever happened to you that after entering the first character or values in a cell, Excel provides the remaining entries or that specific value? This can sometimes happen using Excel’s Flash Fill feature.

When you enter data into Excel and then follow a pattern, Excel recognizes it. When you add the first characters of a value, Flash Fill suggests the other characters based on the pattern you followed.

As you can see in the image above, Excel displays a list of names. When you press the Enter button, all of the cells will be automatically filled with the following data patterns.

The Excel Flash Fill function allows you to easily format any type of data, including dates and times.

Simply enter the first character of any data, and FlashFill will manage the rest. 

Why Doesn’t Excel Autofill Work Sometimes?

If you are using Excel and notice that your Excel autofill feature is not working, there could be a few reasons for this. So let’s investigate and try to fix them.

Things to Try First

There may be minor system or software issues that can create problems. To correct them, try these methods first. 

• Restart Excel and if that does not work restart your computer.
• Check the Excel version and update it.
• Check if you have installed Excel using an illegal or cracked method. This can also cause Excel functions to not work properly. 
• Check if there’s any filter on the data you have entered and then clear it. 
• Replace the range of cells.
• Check if the autofill option is disabled in Excel and then enable it. To check if Autofill is enabled in Excel, go to File > Options > Advanced, then look under Editing options and make sure “Enable fill handle and cell drag-and-drop” is checked. If it’s not, tick the box and click OK to enable it.

1. Missing a Pattern

Autofill only works by recognizing a pattern. If you enter data into an Excel sheet without following the pattern or missing a value, Excel will not function properly. For Example:

• If you type 1 in cell A1 and nothing in A2, Excel won’t know if you want to continue 1, 2, 3 or just copy 1 repeatedly.

Solution:

To resolve this issue, always give Excel at least two cells to work with. For example, if you want to repeat 2, 4, 6, 8, etc., you can enter 2 and 4 in the first two cells and then use the autofill option.

Using this method, autofill will recognize and follow the pattern.

2. Formula Doesn’t Adjust Properly

If you work with formulas in Excel, you may find that autofill does not always work. Working with formulas does not change the way you expected. This often happens when you use absolute references, such as $A$1. 

Example:

• In D1, if your formula is =A1*$B$1, and you Autofill down, A1 will become A2, A3… but $B$1 will stay the same.

Solution:

When working with formulas, you need to use $ signs carefully and correctly; otherwise, you will produces incorrect results.

To achieve the correct results, simply use =A1*B1

In some cases, the $ sign produces correct results, and sometimes it produces incorrect results; therefore, you need to know how relative and absolute cell references work.

3. Formatting Doesn’t Match

Wrong formatting can also give you unexpected outcomes. If you format your starting data, the remaining data will likewise be formatted, which you don’t want. For Example:

• If A1 is bold and red, dragging the handle will make all filled cells bold and red too.

Solution:

In this case, you can use the Autofill Options button to choose “Fill Without Formatting,” which appears after you drag.

4. Excel Just Copies, No Pattern

Sometimes, after writing data, you simply drag it. In this case, Excel will just copy the data you’ve typed into the cells. For example, you typed 1, 3, 5 and dragged… but Excel keeps copying 1, 3, 5 instead of continuing 7, 9, 11.

Solution: 

If this ever happens to you, then you can use the Fill Series option after dragging to tell Excel to extend the pattern.

5. Manual Calculation Mode

There is a manual calculation mode in Excel; if this is enabled, the formulas will not be properly updated, resulting in inconsistent results.

Solution:

To fix this issue, you can go to the Formulas tab > Calculation Options > and Select Automatic.

How To Turn On and Off the Autofill Feature?

The autofill handle is enabled by default, which appears when you enter data into cell ranges. If you want to turn off the autofill feature that appears every time you select a cell, follow these steps:

1. Click on File (or the Office button if you’re using Excel 2007).
2. Choose Options, then go to the Advanced section.
3. Under the Editing options group, uncheck the box labeled Enable fill handle and cell drag-and-drop.
   

Once unchecked, Excel will no longer allow you to use the fill handle for dragging or AutoFill.

Show or Hide the Autofill Options Button

To hide the autofill handle in Excel, simply follow these steps:

1. Go to File (or the Office button), then select Options, and proceed to the Advanced tab.
2. Navigate to the section labeled Cut, Copy, and Paste.
3. To hide the AutoFill Options button, uncheck the “Show Paste Options” button when content is pasted.

Once disabled, the Auto Fill Options icon will no longer pop up after you drag the fill handle.

Wrap Up

Excel Autofill is a time-saving feature that helps you quickly populate data, formulas, and patterns. Once you know how to utilize Autofill in Excel using the Excel fill handle, repetitive tasks become much easier.

However, if Excel Autofill is not working, it’s often due to a missing pattern, wrong formula references, or disabled settings. Use the tips in this guide to troubleshoot issues and make the most of this powerful tool.

Mastering Autofill and other Excel shortcuts can boost your productivity. Try it out, and if something doesn’t work, revisit the steps or drop a comment for help!

If we compare HLOOKUP and VLOOKUP with XLOOKUP in Excel, then XLOOKUP is a more flexible and powerful tool to find values.

Here is a quick overview of using the XLKOOKUP in Google Sheets to streamline your data management process.

Note: We’ve just covered some basic steps for using the XLOOKUP in Google Sheets. If you want to know more about XLOOKUP(), such as VLOOKUP() vs XLOOKUP(), why we should use it, what its benefits are, and how Google Sheet XLOOKUP functions, check out our XLOOKUP() Excel page. As you know, this function is the same in both sheets, thus, you can find the details here. 

What is XLOOKUP() in Google Sheets? Learn XLOOKUP Step-by-Step

XLOOKUP() is the same as XLOOKUP() in Excel sheets. You can use XLOOKUP in Google Sheets to search or look up a value from a set of data collection. XLOOKUP compares and returns the exact match values, and it may also return the proper match or the last or first matching value, depending on the formula inputs.

Unlike other VLOOKUP() functions, XLOOKUP() returns values horizontally and vertically, and you can retrieve a full row of data rather than just one value.

Syntax: = XLOOKUP(lookup_value, lookup_array, return_array, [if_not_found], [match_mode], [search_mode])

• lookup_value: The value we are looking for.
• lookup_array: This is the range or array of columns and rows in which Excel will search for our lookup_value.
• return_array: This will be the range or array of columns and rows from which Excel will return the matching value.
• [if_not_found] (Optional): This will be the message or any value that will be returned if xlookup found no matching value..
• [match_mode] (Optional): This mode will specify the type of match, like whether you are looking for an Exact, Approximate, or Wildcard match.

1. XLOOKUP in Google Sheet: Basic Exact Match

Let’s assume that you are a manager of a store and you need to find the price of a product based on its name using XLOOKUP.

And a customer asks for the price of a Smartwatch. Instead of searching manually, you can use the XLOOKUP formula.

=XLOOKUP(E2, A2:A7, C2:C7)

• First, make another column of search key and results, and then add the name of the product that you are looking for in the search key column.
• Now, enter the formula in the results column right after the product name. 

As you can see in the image, the e XLOOKUP() has returned the value based on the product name.

Formula’s Breakdown:

• E2: The cell where you enter the product name (e.g., “Smartwatch”)
  
• A2:A7: The lookup range (Column A, where product names are listed)
  
• C2:C7: The return range (Column C, where prices are stored)

2. Product Not Found- Missing Value

And if you don’t find the product in the datasheet, then it will display a #N/A error. To overcome this problem, you can use this formula:

=XLOOKUP(E3, A2:A7, C2:C7, "Product Not Found")

Now you can see that when we enter an irrelevant product, it returns “Product Not Found” instead of a #N/A error. 

3. Left XLOOKUP()

VLOOKUP cannot look up for a value to its left; it can only search for a value to the right of the lookup column. But XLOOKUP allows us to search in any direction, including looking to the left.

Example:

Let’s take the previous example and assume that you have to find out which category a product belongs to by searching for its price. 

Normally, VLOOKUP requires the lookup column (Price) to be to the left of the return column (Category), which is not the case here. But with XLOOKUP, you can still perform this search without rearranging the table.

To find the category based on the price, you can use this formula:

=XLOOKUP(E3, C2:C7, A2:A7, "Category Not Found")

As you can see in the image, it returns the category based on the price. 

If it doesn’t find the category you are looking for, then it will return “Category Not Found” instead of a #N/A error. 

4. XLOOKUP() Approximate Match

The 5th mode of the XLOOKUP() function is the matching mode. In this mode, setting it to 0 will return the exact match value. However, there are times when we cannot find an exact match but want an approximate match, such as a number that is higher or lower than the one we are looking for. So, in this case, the approximate match function is really useful. 

For Nearest Lowest Value:

Let’s take an example:

You, as a school teacher, want to assign grades to students based on their exam scores. However, students may receive different scores that are not listed exactly in the grading table.

To solve this, you can use XLOOKUP with an approximate match (-1) so that if a student’s score does not exactly match, the function returns the closest lower grade boundary instead.

Now, let’s say a student scores 77 marks in the exam, but 77 is not in the table. And you need to find the nearest lower value (which is 70) and return its corresponding grade.

You can use this formula:

=XLOOKUP(E2, A2:A6, B2:B6, "Fail", -1)

As you can see in the image, it has returned grades for the nearest lowest value of 77.

The 4th argument in the formula mentioned that if the student’s score is below 50, they will be marked as “Fail”

For Nearest Highest Value:

If the exact match is not found and you want the output as the nearest highest value, then you can replace 1 with -1 in the formula.

=XLOOKUP(E3, A2:A6, B2:B6, "Fail", 1)

5. XLOOKUP() Wildcard Match

Google sheet XLOOKUP() supports three wildcards: *,?, and ~.

The asterisk (*) represents any number of characters (including none).

• Example: Searching for “Ba*” would match “Banana”, “Ball”, and “Basket”.

The question mark (?) represents exactly one character in a string.

• Example: Searching for “A?C” would match “ABC”, and “ACC”, but not “AC” or “ABBC”.

The tilde (~) is an escape character, used when you want to search for a literal * or? Instead of treating them as wildcards.

• Example: Searching for “File~*” would find “File*” (with an actual asterisk), not words starting with “File”.

Example: Using * (Asterisk)

Let’s say that you have a list of employees and their departments. You want to find employees based on partial names.

You want to find the department of an employee whose name starts with “A”. You can use this formula:

=XLOOKUP("A*", A2:A6, B2:B6, "Not Found", 2)

As you can see, it returns “HR” because Alice Johnson matches “A”.

XLOOKUP in Google Sheets does not support the? Wildcard directly for single-character matching as it does with *. Instead, we need to use the FILTER or SEARCH functions for such cases. 

6. Google Sheet XLOOKUP(): Return Multiple Results 

Unlike VLOOKUP(), we can use the XLOOKUP() function to return several values in the same match. For example, we can retune the entire column and the number of columns at the same time.

Example: 

Imagine you manage an inventory database in Google Sheets, where you store product information such as Stock Keeping Unit (SKU), Product Name, Price, and Stock Availability. You want to retrieve all relevant details about a specific SKU using XLOOKUP.

You can use this formula:

=XLOOKUP(A10, A2:A6, B2:D6)

7. Google Sheet XLOOKUP(): Horizontal Lookup

The horizontal XLOOKUP() function works horizontally, which means we can use it to search for a value across a row rather than a column and return a similar value from another row. 

Example:

You manage a sales team, and you have a table that records each salesperson’s total sales for different months. You want to quickly look up the total sales for a specific month using XLOOKUP in a horizontal format.

=XLOOKUP(A10, B1:M1, XLOOKUP(A11, A2:A4, B2:M4))

8. Using an ARRAY FORMULA

When working with smaller data sheets in Google Sheets, the XLOOKUP() function works fine, but when looking up values in larger data sets, we need to manually drag formulas down. ARRAYFORMULA in Google Sheets helps us apply functions like XLOOKUP, SUM, IF, etc. to entire columns or ranges automatically, so we don’t have to drag formulas down manually. We can use it for large datasets, ensuring our data updates dynamically as new entries are added.

Example: 

Imagine you run an e-commerce store where you track products, their categories, and their discount percentages based on the category. Instead of manually applying formulas to each row, you can use ARRAYFORMULA with XLOOKUP to automate the process.

The formula for Discount%:

=ARRAYFORMULA(XLOOKUP(B2:B, E2:E4, F2:F4))

The formula for the Final Price:

=ARRAYFORMULA({"Final Price ($)"; 500 - (500 * C2:C / 100)})

9. XLOOKUP() Search From Bottom to Top

The XLOOKUP function in Google Sheets allows searching from the last entry to the first using the optional search mode parameter. 

• 1: It searches from the first to the last entry (default).
• -1: It searches from the last entry to the first.
• 2: It uses binary search (ascending order).
• -2: It uses binary search (descending order).

By default, XLOOKUP searches from top to bottom (like VLOOKUP), but sometimes, we may need to find the latest or least successful entry by searching in reverse.

Example: 

Let’s assume that you have a sales report for multiple employees across different offices. You need to find the least successful employee’s sales in a particular office by searching from bottom to top instead of top to bottom.

Apply this formula as in the table: 

=XLOOKUP(E2, B2:B9, C2:C9, , , -1)

If you enter “LA” in E2, the formula will return 2000 (Hannah’s sales) since it searches from bottom to top and finds Hannah as the last occurrence of “LA”.

If you enter “NY” in E2, the formula will return 9000 (George’s sales).

10. Using Binary Search

Binary search is a powerful Google Sheets feature that speeds up searching in huge data sets. When we are searching through huge data sheets, it takes too long to look for values in each row separately. It divides the dataset in half at each stage, making it much easier for us to search through thousands of records. 

Example: 

Let’s assume that you have a sorted list of products based on their stock quantity. You want to quickly find the product details for a specific stock level using XLOOKUP with a binary search.

Formula:

=XLOOKUP(E2, C2:C8, A2:B8, "Stock level not found", ,-2)

This list in the image is sorted in descending order by stock level (largest to smallest), which is crucial for binary search to work correctly.

Formula’s Breakdown:

• E2: The stock level you are searching for.
• C2:C8: The Stock Level column (lookup range).
• A2:B8: The columns containing Product & Category (return range).
• “Stock level not found”: The error message if no exact match is found.
• -2: Uses binary search, assuming the list is sorted in descending order.

If you enter 1000, it will return “Stock level not found”, since no product has 1000 stock available.

Wrap Up

By now, you’ve seen how versatile and powerful the XLOOKUP function is when managing data in Google Sheets. From simple lookups to advanced matching techniques, XLOOKUP simplifies your workflow and eliminates many of the limitations found in older Google Sheets lookup functions like VLOOKUP and HLOOKUP.

If you ever find XLOOKUP not working in Google Sheets, it’s often due to incorrect syntax, unsorted data for binary searches, or using unsupported wildcards. Always double-check your formula and data structure to fix common issues.

Compared to older methods, the debate between VLOOKUP vs XLOOKUP in Google Sheets leans in favor of XLOOKUP, thanks to its ability to search in any direction, return multiple results, and handle errors gracefully.

Now that you’ve had a chance to learn XLOOKUP step by step, you can confidently integrate it into your spreadsheets and take your data management skills to the next level.

Excel introduced the XLOOKUP() function in its 365 and 2019 versions. XLOOKUP makes it easier to search for values in a dataset and provides more flexibility than previous versions.

Here’s a quick overview of the Excel XLOOKUP function, its syntax, and the top seven ways it can improve Excel workflow efficiency. 

Excel XLOOKUP( ) Purpose

The main reason we use XLOOKUP is to search for data from a larger data source. It compares and returns the values from the larger data sets. XLOOKUP() finds the exact or appropriate match in the datasheet, and if there are several matching values, it returns the last or first matching value, based on the formula inputs.

XLOOKUP() can find values vertically and horizontally using several criteria, and it can even return an entire column or row of data rather than just one value. Finally, Microsoft Excel has created a powerful function that can handle all of the frustrating problems and limitations of other LOOKUP() functions, such as VLOOKUP().

Syntax

= XLOOKUP(lookup_value, lookup_array, return_array, [if_not_found], [match_mode], [search_mode])

• lookup_value: This is the value that we will be looking for in our data sheet.
• lookup_array: The range or array means rows and columns, e.g; A2:D8 in which we are searching for the lookup_value.
• return_array: This will be the range or array from which our desired matching value will be returned.
• [if_not_found] (Optional): The value returned if no match is found.
• [match_mode] (Optional): Specifies the type of match (Exact, Approximate, or Wildcard match).
  • 0 or omitted (default): Exact match. If not found, an #N/A error will be returned.
  • -1: Exact match or next smaller. If an exact match is not found, it will return the next smaller value.
  • 1: Exact match or next larger. If an exact match is not found, it will return the next larger value.
  • 2: Wildcard character match.
• [search_mode] (Optional): This mode defines the search order (Top-to-Bottom, Bottom-to-Top, Binary Search).
  • 1 or omitted (default): This mode will search for a value from the first column or row to the last column or row.
  • -1: This mode will search for a value in reverse order, from the last column and row to the very first.
  • 2: This mode will perform a binary search on the data in ascending order.
  • -2: This mode will perform a binary search on the data in descending order.

XLOOKUP Excel: why use it?

XLOOKUP was launched to give you more power over your calculations. Here’s why it’s a smart addition to your spreadsheets:

• It merges the functionality of both VLOOKUP and HLOOKUP, enabling you to retrieve data across rows and columns alike.
• You get control over a lot of things while using XLOOKUP, like error message, match settings, and even the order in which the array will be scanned.

• With XLOOKUP, there’s no restriction on where your lookup and return ranges are positioned, they can be placed independently. Even better, it can effortlessly return values from several columns at once.
• Plus, it’s built-in support for arrays makes it ideal for handling complex and dynamic calculations.

1. Excel XLOOKUP: Basic Exact Match

Suppose you are a teacher and have a table that lists students’ marks and their corresponding grades. You want to quickly find a student’s grade based on their marks.

This table is in Excel Columns A and B, where:

• Column A contains Marks
• Column B contains Grades

Step 2: Use XLOOKUP to Find Grade

Let’s say a student scored 75 marks, and you need to find their grade.

Formula:

=XLOOKUP(75, A2:A8, B2:B8, "Grade Not Found", 1)

Formula’s Breakdown:

• 75: The marks we are looking up
• A2:A8: The lookup range (Column A, where marks are stored)
• B2:B8: The return range (Column B where grades are stored)
• “Grade Not Found”: Custom message if marks are not found
• 1 (Approximate Match): Finds the nearest smaller value if an exact match is not available

2.  Looking Horizontally and Vertically

Before Excel introduced XLOOKUP, we used the VLOOKUP function to look up a value vertically and the HLOOKUP to look up a value horizontally. However, the usage of the XLOOKUP function makes this process much easier. We can now search for a variable vertically and horizontally using only the XLOOKUP method. It means you can look at a value in both rows and columns and then return the value from another row and column.

Let us take an example of this.

Example: Vertical LOOKUP

Let’s assume that you’re managing multiple projects, and you want to quickly find the deadline for a specific project using XLOOKUP.

Use this formula:

=XLOOKUP(D2, A2:A6, B2:B6, "Project Not Found")

As you can see from the image, the formula has returned the matching value for the input. If the corresponding value is not found in the table, it will return “Project Not Found” rather than an error. 

Horizontal LOOKUP:

You work in Finance at a marketing agency. Each department (Marketing, HR, Operations) submits its quarterly budgets. This data is organized horizontally across quarters.

Now, your boss asks about the budget used in department Q3.

You want a dynamic way to pull that number, where you can change the department and quarter, and Excel gives you the right figure instantly.

You can use this formula 

=XLOOKUP(B7, B1:E1, XLOOKUP(B6, A2:A4, B2:E4))

Formula’s Breakdown:

• XLOOKUP(B6, A2:A4, B2:E4): This finds the entire row of the department selected in B6 (e.g., “Operations”).
• XLOOKUP(B7, B1:E1, …): This looks across the header row to find the matching quarter (e.g., “Q3”) and returns the corresponding value from the row found above.

3. Missing Value or Product Not Found ( # N/A Error Handling)

When the Excel XLOOKUP function can’t find a matching value in the data, it returns a #N/A error, which can be inconvenient for you as a newbie. However, you can correct these problems by quite changing the formula. Instead of playing the error, this will display a user-friendly message. Consider the vertical LOOKUP example, where we have added “Project Not Found” at the end of the formula.  

As you can see in the picture, we are looking for a value that does not exist in the data. Instead of displaying a #N/A error, it returned “Project Not Found” in the output area.  

4. Left XLOOKUP

As you know, VLOOKUP and HLOOKUP do not allow us to look above and left. You can only look for values to the right of the data sets. However, XLOOKUP has transformed the game. Now, with XLOOKUP, you can easily look at a value to the left of the data sheet.

Let us use an example to better understand this. 

Example:

Assume that you’re working in a customer service department and that you have a list of customer feedback scores along with their corresponding names and email addresses.

Now, let’s say you only have the feedback score and want to retrieve the customer’s name associated with that score.

With traditional VLOOKUP, this would be an issue if the name column is to the left of the feedback score column. But with XLOOKUP, you can easily perform this reverse lookup without rearranging your data.

You can use this formula: 

=XLOOKUP(E2, C2:C10, A2:A10, "Name Not Found")

As you can see, it has returned the value from the left of the lookup value. If it can’t find the data on the sheet, it will return “Name Not Found” rather than a #N/A error.  

5. Excel XLOOKUP Approximate Match

The fifth argument of the XLOOKUP function is the matching mode, which is set to 0. And when we look for a value, the matching mode will automatically look for an exact match. If this mode does not find the exact match value, it will return an error.

So, when we use the approximate match mode, it will continue to hunt for the exact match value. When it can’t find it, it will look for an approximate matching number that will be lower or higher than the exact match value, depending on the formula you entered.  

Example: 

Let’s assume that you’re working in a logistics company, and you have a shipping rate chart based on predefined weight brackets. Customers may send packages with weights that don’t exactly match your table. To determine the correct rate, you want to find the closest weight bracket that’s equal to or less than the actual package weight.

For Nearest Lowest Value: 

=XLOOKUP(D2, A2:A6, B2:B6, "Not Found", -1)

As you can see in the image, the formula has returned $15, because 7 falls between 5 and 10, and the closest smaller value is 5.

For Nearest Highest Value:

=XLOOKUP(D3, A2:A6, B2:B6, "Not Found", 1)

As you can see that the formula has returned $40, because the next higher weight bracket after 18 kg is 20 kg.

Formula’s Breakdown:

• D3: Cell where you input the actual package weight
• A2: A6: Weight bracket column
• B2:B6: Corresponding rate column
• “Not Found”: Custom message if no match is found
• -1: This tells XLOOKUP to find the nearest smaller value if an exact match isn’t found.
• 1: This tells XLOOKUP to find the nearest Highest value if an exact match isn’t found.

6. Excel XLOOKUP Wildcard Match

Wildcard match means you want to find a value based on half output, so to do that, just use 2 in the match mode, then the XLOOKUP function will look for wildcard characters according to this mode.

Wildcard matches indicate that the output can be found with the partial input using these characters.

Let’s look at an example to better comprehend the scenario. 

Using * (Asterisk):

Imagine you’re managing an inventory system for a retail business. Each product has a unique product code followed by extra identifiers. You want to find the product category using only a partial code prefix since full codes are long and inconsistent.

You can use XLOOKUP with a wildcard (like *) to match any product code that starts with a known prefix.

Let’s say you only know the code starts with “ELX” and you want to find its category.

You can use this formula:

=XLOOKUP("ELX*", A2:A6, B2:B6, "Category Not Found", 2)

Using ? (Question Mark):

You want to match a product code that follows the pattern “FUR?X”, where the ? Represents exactly one unknown character between “FUR” and “X”.

In this case, it would match “FUR?X-5000”.

=XLOOKUP("FUR?X*", A2:A7, B2:B7, "Category Not Found", 2)

Using ~ (Tilde):

The ~ is used when you want to search for the actual wildcard characters like * or ? as literal characters, not as wildcards.

You want to look up a code that contains an asterisk like “ELX*9999” (not a wildcard).

=XLOOKUP("ELX~*9999", A2:A8, B2:B8, "Category Not Found", 2)

7. Excel XLOOKUP: Searching From Bottom to Top

If you want to search for a value from bottom to top, Excel XLOOKUP can help. The sixth mode of the XLOOKUP is search mode, which allows you to look for a value from the bottom up.

Let us take an example of this. 

Example:

Assume that you’re managing a project tracking sheet where tasks are assigned to employees over time. Each time a task is assigned, it’s recorded in a new row. Now, you want to quickly find the most recent task assigned to a specific employee, searching from bottom to top.

This is where the search mode -1 in XLOOKUP becomes useful.

Use this formula:

=XLOOKUP(E2, B2:B10, C2:C10, "No Task Found", , -1)

If you remove -1, Excel will return the first task assigned to Alice (“Design Mockup”)

8. Excel XLOOKUP: Return Multiple Results

VLOOKUP and other Lookup functions can only return one value as search results.  But using the Excel XLOOKUP function, you can return multiple values at once. 

Example:

Let’s assume that you work at a law firm that manages detailed records of all clients in a case tracking system. Now, whenever you enter a specific Client ID, you want to automatically retrieve all key details about the client using just one XLOOKUP formula.

=XLOOKUP(A9, A2:A6, B2:D6)

9. Excel XLOOKUP With Multiple Criteria

You can use XLOOKUP to return results based on various conditions and criteria, just as you can get multiple results based on a single output. It means that you can specify particular conditions in the formula, and it will produce results based on these.  

Example:

Let’s take the previous example and assume that you want to retrieve all details about a client based on multiple criteria like Client ID, Case Type, and Assigned Lawyer.

You can use this formula:

=XLOOKUP(1, (A2:A6=A9)*(C2:C6=B9)*(D2:D6=C9), B2:D6, "Client Not Found")

10. Nested XLOOKUP

A Double XLOOKUP (also called a nested XLOOKUP or 2-way lookup) is used when you want to find a value based on both a row and a column, like finding the value found where a certain row and a particular column intersect within a table.

Example:

You work in sales. You have a table that shows how much each salesperson sold in each quarter.

Now, you want to find out how much “Sarah” sold in “Q2”.

Use this formula:

=XLOOKUP(G1, A2:A5, XLOOKUP(G2, B1:E1, B2:E5))

Formula’s Breakdown:

• The inner XLOOKUP looks for Q2 in B1:E1 and returns that entire column (e.g., the Q2 column).
• The outer XLOOKUP looks for salesperson Sarah in A2:A5 and returns the value in the Q2 column for Sarah (which is 6500).

Common Excel XLOOKUP Errors

Here are some common XLOOKUP errors that you could face while working.

Not Available:

If your formula is not working in Excel, it could be because XLOOKUP is not accessible in your version. You can only get XLOOKUP in Microsoft 365 and Excel 202, because it’s not available in other Excel versions. So, if you find a problem, you can check your Excel version and upgrade it. 

Giving Wrong Results

Sometimes you might get incorrect results. This could be due to incorrect input and output ranges. To avoid this issue, you should always check both ranges. 

Return #N/A Errors

When using XLOOKUP, the majority of users encounter #N/A errors. This happens when the value is not found in the data you are searching for. To resolve this issue, use the “Not Match Found” and “Approximate Match” conditions.  

Returns #VALUE error

If you receive this error, it could be because you are attempting to match data from a row and return something from a column. Excel becomes confused because the contours of the data do not match. So you can look at the formula and adjust the input and output ranges.

Returns #REF Error

This is also a common problem in Excel, which you can face when working with XLOOKUP. The error occurs only when you try to search for a value from two separate workbooks, one of which is closed. To overcome this problem, you must open both workbooks.  

XLOOKUP VS VLOOKUP

Here’s a quick comparison of XLOOKUP with VLOOKUP so that you can observe why you should replace VLOOKUP with XLOOKUP.

Wrap Up

By now, you’ve probably realized just how powerful XLOOKUP is and why it’s worth mastering. If you’re still relying on older functions like VLOOKUP, it might be time to replace VLOOKUP with XLOOKUP and experience the flexibility that comes with it. Especially if you’re using XLOOKUP in Excel 365, you’ll enjoy dynamic lookups with ease, whether you’re pulling data horizontally, vertically, or even using multiple criteria.

Compared to traditional methods, XLOOKUP gives you more control, smarter defaults, and cleaner formulas. While it’s a robust tool, you should stay aware of common XLOOKUP errors, like mismatched ranges or unavailable values, so your results are always accurate.

If you’re debating between XLOOKUP vs VLOOKUP, the answer is clear: XLOOKUP does everything VLOOKUP can, and so much more. So the next time you’re building a spreadsheet, try a dynamic lookup with XLOOKUP and see the difference for yourself.

VLOOKUP Function in Excel

We use the VLOOKUP (Vertical Lookup) function in Excel to look for a certain value in the first column of a range in a huge datasheet and return a value from another column in the same row.

Simply, you can use this function in Excel to look up a value and find items in a table or range by row. For example, you can use an employee ID to find an employee’s name.

Syntax:

=VLOOKUP(lookup_value,table_array,column_index_num,[range_lookup])

lookup_value: 

This is the value or data you’re looking for; it might be a number, a name, text, or a reference to a cell containing the search value.

table_array: 

This is a set of cells that you can use to locate the data or value you’re looking for. 

column_index_num: 

column_index_num specifies the column number in which you are conducting your research and looking for data. You can select any column to perform your search, such as Column 1, Column 2, or Column 3.

range_lookup: 

This parameter returns TRUE or FALSE depending on whether you require an exact or approximate match when returning your look-up data. If you do not specify the range_lookup, Excel will always return an approximate match or the FALSE value. When searching for a value in Excel, you can enter TRUE (or 1) for numbers and FALSE (or 0) for text. 

Example:

Let’s say you have a list of employees, their departments and names. Your goal is to quickly find which Employee’s ID 103 belongs to. Here’s your employees list with their departments and names. And now you want to know the department of a specific person using his/her ID. 

1. To start finding the ID, enter a lookup_value (in your case, ID 103) to find the department in any cell. 
2. Now select a cell and type =VLOOKUP().
3. Next, select the cell where the look_up value was entered.
4. Then, select the table_array of the table. 
5. Counting from the left, enter the number of a column from where you want to retrieve the data. 
6. Now, to get the exact match enter FALSE.
7. After all, hit the enter button
8. Now you can see in your data sheet that VLOOKUP() successfully retrieves the department of the person as below.

IF Function in Excel

We use the IF function in Excel to compare numbers and check them against the specified criteria. It allows you to make logical comparisons between a value and what you expect. Essentially, it checks whether a condition is met and returns one value if TRUE and another if FALSE.

Syntax:

=IF(logical_test, value_if_true, value_if_false)

• logical_test: The condition you want to evaluate (e.g., A1 > 50).
• value_if_true: The result if the condition is TRUE.
• value_if_false: The result if the condition is FALSE.

Example:

Let’s add perfomance column in the above list, and you want to determine if each person’s perfomance score passed or failed (passing score is 75%).

Select a cell E and type =IF(). You can print Pass if the perfomance score is above 75% and Fail if the score is below that.

If the value in D2 is greater than 75%, Excel will return “Pass”, otherwise, it will return “Fail”.

=IF(D2>=75%, "Pass", "Fail")

Now you can hit the ENTER button to get the result and then drag or double click for the rest of results.

If you want describe a nested IF example to assign letter grades based on the scores.

You want to assign grades based on the following logic:

• 90% and above = A
• 80% to 89% = B
• 70% to 79% = C
• Below 70% = F

=IF(D2>=90%, "A",IF(D2>=80%,"B",IF(D2>=70%,"C","F")))

The results shows and explaines as below.

• If score ≥ 90% → A
• Else if score ≥ 80% → B
• Else if score ≥ 70% → C
• Else → F

How To Combine VLOOKUP and IF Statement in Excel?

Let’s look over how we can use VLOOKUP() and the IF() statement to solve many problems, streamline processes, and make things easier.

1. For Conditional Lookups Or to Match a Specific Value

You can use VLOOKUP() and IF() statements for conditional formatting and to match a specific value in the table. To return different results based on criteria, you have to first start with an IF() statement and then use VLOOKUP inside it.

First, write IF() statement =IF() and then write VLOOKUP inside it.

Example:

From the employee table with perfomance score, you want to review an employee’s salary basend on a threshold.

First, you have to create columns for Employee ID you look for and salary review column.

=IF(VLOOKUP(G3, A2:D7, 4, FALSE)>=80%, "Payrise", "Stay")

• Enter the VLOOKUP() function looks for ID from G3 column which contains the Employee ID you want to look for.
• Search range is A2 to D7, all range of data that is relevant to the salary review.
• The perfomance score is 4th column, so the number should be 4, enter FALSE to look for exact match.

• Now, add the IF() statement returns “Payrise” If the score is >=80%, otherwise “Stay”.

If you want to check which employee should get payrise, and you want the output in Yes or No (Yes for payrise and No for stay as the current salary) then you can write this formula as below:

=IF(VLOOKUP(G3, A2:D7, 4, FALSE)>=80%, "Yes", "No")

2. For Error Handling

You can also combine the VLOOKUP() with the IF() statement for error handling. To use them together, you must first use the IFERROR() statement, along with the IF() and VLOOKUP() statements inside it. 

Let us use the previous example to see how this can be done practically.

• Assume you have a large table of employees with the performance score and want to display a custom message instead of an error when an employee ID is not found. 
• First select a cell and enter the IF() + VLOOKUP() formula to determine if an employee is required payrise or not.
• Add the IFERROR() outside of the formula, now you can use this to handle the error.

=IFERROR(IF(VLOOKUP(G3, A2:D7, 4, FALSE)>=80%, "Payrise", "Stay"),"Not Found")

Now you can see that it returns employee not found rather than showing an error.

– Return 0 If Not Found

Use this formula if you want to return 0 instead of showing “Employee ID Not Found” and an error.

=IFERROR(IF(VLOOKUP(G3, A2:D7, 4, FALSE)>=80%, "Payrise", "Stay"),"0")

– Return Blank Cell If Not Found 

=IFERROR(IF(VLOOKUP(G3, A2:D7, 4, FALSE)>=80%, "Payrise", "Stay")," ")

3. Dynamic Column Indexing

One limitation of VLOOKUP is that the column index number must be manually defined. If your data structure changes, the column number may become incorrect. 

You can also combine IF() and VLOOKUP() to dynamically select the column index. To choose different columns based on a condition, you have to first use an IF() statement and then use VLOOKUP() within it.

Example:

You have a product table where column you want to look up a product’s price or product name based on whether the price is above or below a certain threshold, such as $100.

Select a cell and enter the following formula:

=IF(VLOOKUP(A9, $A$9:$C$14, 3, FALSE) > 100, VLOOKUP(A9,$A$9:$C$14, 2, FALSE), VLOOKUP(A9,$A$9:$C$14, 3, FALSE))

Breaking Down Formula’s Working:

• VLOOKUP(A9, $A$9:$C$14, 3, FALSE): It looks up the product ID in A9 and returns the price from column C.
• The IF() statement checks if the price was greater than $100.
•  VLOOKUP(A9, $A$9:$C$14, 2, FALSE): If true, the formula returns the product name:
• VLOOKUP(A9, $A$9:$C$14, 3, FALSE): If false, the formula returns the product price: 

As you can see, you can extract the needed information depending on certain conditions by simply combining two formulas, IF() and VLOOKUP().

Note: One of the most important things you must do every time you execute a task is to update the column index number in the formula in which you are performing your research. As you can see at the top, the formula has changed for the new research.

Advanced Level IF() and VLOOKUP Techniques You Need to Know!

After mastering the basics, you can progress to more advanced techniques to make large projects more manageable and flexible.

1. Combining Multiple Criteria with VLOOKUP() and IF()

We can also use VLOOKUP() with IF() to combine various criteria. When looking up data using multiple criteria, you can use these two statements to ensure that all conditions are met.

Example:

Let’s assume you have a table with employee data, including their total years of experience and performance rating. You want to check if an employee is eligible for a promotion, which requires at least 5 years of experience and a performance rating of ‘Excellent’.

Here’s your employee data:

Now, in a new column named “Promotion Eligibility”, enter the following formula:

=IF(AND(VLOOKUP(A2, $A$2:$C$6, 2, FALSE) >= 5, VLOOKUP(A2, $A$2:$C$6, 3, FALSE) = "Excellent"), "Eligible", "Not Eligible")

Breaking Down Formula’s Working:

1. VLOOKUP(A2, $A$2:$C$6, 2, FALSE) >= 5: This checks if the employee has at least 5 years of experience.
2. VLOOKUP(A2, $A$2:$C$6, 3, FALSE) = “Excellent”: This checks if the performance rating of employee 201 was ‘Excellent’.
3. AND(): It ensures both conditions were met.
4. IF(): It returns “Eligible” if both conditions were true, otherwise returns “Not Eligible”.

2. Using Both for Calculation

You can also combine VLOOKUP() and IF() to perform calculations: first, use VLOOKUP() to find a value, and then use IF() to conduct calculations on that value.

Example:

Assume that you have a table with customer orders and their total bill amounts and you want to apply a 15% discount to orders above $500.

Now you have to create another column named Discount” and enter the following formula to display the discount.

=IF(VLOOKUP(A2, $A$2:$B$6, 2, FALSE) > 500, VLOOKUP(A2, $A$2:$B$6, 2, FALSE) * 0.85, VLOOKUP(A2, $A$2:$B$6, 2, FALSE))

Now you can see that you can find the discount for all other  IDs by using the same formula and simply dragging it down to apply to all orders.

Breaking Down Formula’s Working:

• VLOOKUP(A2, $A$2:$B$6, 2, FALSE): It retrieves the total bill for the ID 101.
• IF(VLOOKUP(A2, $A$2:$B$6, 2, FALSE) > 500, …, …): It checks if the total bill was greater than $500.
• VLOOKUP(A2, $A$2:$B$6, 2, FALSE) * 0.85: As the condition was true, it applies a 15% discount by multiplying the bill amount by 0.85.
• VLOOKUP(A2, $A$2:$B$6, 2, FALSE): Printed the actual bill where the condition was not true.

3. Matching Lookup Values with the Highest Price

We can also use these two functions to find the highest value in a larger data sheet and determine whether there is a highest matching value in the data we have input. 

Example:

Let’s assume that you have a price list of different products in an Excel sheet and you want to check if a specific product has the highest price in the list.

In this method, you will use the MAX function to find the highest price in the given data. Then, you will compare this highest price with the price of a specific item using the IF and VLOOKUP functions.

• First of all click on an empty cell where you want to display the highest price.
• Now enter this formula to find out the highest price:

=MAX(C2:C6)

• Now press enter and this will return the highest price in the data set. As you can see in the image it has returned the highest value which is 80.

Now let’s say you want to check if the price of a Banana is the highest.

• Click on another empty cell and type this formula, this will return the Banana’s price

=VLOOKUP(102, A2:C6, 3, FALSE)

• Now, select another empty cell and enter this formula and press enter.

=IF(VLOOKUP(103, A2:C6, 3, FALSE) >= MAX(C2:C6), "Yes", "No")

As you can see it returns “NO” because the price of banana was not equal to the highest price. But if you select Mango instead of Banana then it will return “Yes” because the price of Mango is Equal to the highest price. 

Formula’s Breakdown:

• VLOOKUP(102, A2:C6, 3, FALSE): It finds the price of Banana (ID: 102).
• MAX(C2:C6): It finds the highest price in the dataset (80).
• IF(VLOOKUP >= MAX, “Yes”, “No”): It compares the product’s price with the highest price and returns:
  • “Yes” if it is the highest.
  • “No” if it is not.

Conclusion

So, now you know how to use VLOOKUP and IF statements together in Excel to simplify your data management. Whether you want to look up values, apply conditional logic, handle errors, or perform advanced calculations, you can easily do it with these functions. Instead of manually searching through large spreadsheets, you can automate tasks and get accurate results in seconds. Try applying these formulas to your own datasets, and you’ll see how much time and effort you can save. If you ever get stuck, just revisit these examples, and you’ll be back on track in no time!

Whatever the reason, I’ve got you covered. Here are 5 methods I use all the time—from super simple to more advanced.

Quick Answer

Just need a fast solution? Type =A2&" "&B2 in an empty cell. That’s it. The & symbol joins your cells together, and " " adds a space between them. Press Enter, drag down, and you’re done.

Want something fancier? Keep reading—I’ll show you when to use Flash Fill, TEXTJOIN, and even Power Query.

Why would you even want to combine columns?

There are many practical reasons why you might want to merge two columns in Excel:

• Merging first and last names – Creating a full name column from separate first and last names.
• Combining addresses – Merging street, city, and state into a single column.
• Unifying data for reports – Merging different columns for a clean data structure.
• Creating unique IDs – Combining order numbers and customer IDs for better tracking.
• Cleaning up messy data– Making unstructured data more readable and useful.

5 ways to combine columns (from easiest to most powerful)

Let’s dive into each method with step-by-step instructions.

Method 1: Using the Ampersand (&) Formula (Fastest Way)

This is how I do it 90% of the time. It’s fast, it works everywhere, and you don’t need to remember complicated function names.

Example: First Name + Last Name

Let’s say A2 has “John” and B2 has “Doe” as above. Here’s the formula:

=A2 & " " & B2

What’s happening here:

• A2 grabs the first name
• " " adds a space (don’t forget this or you’ll get “SarahJohnson”)
• B2 grabs the last name

How to do it

1. Click any empty cell (like C2)
2. Type the formula exactly as shown above
3. Hit Enter
4. Grab the little square at the bottom-right of the cell and drag down

Example with comma:

1. Suppose you have data as below.
2. To merge the values from cells A2, B2, and C2 with commas separating them, you can use the following formula:

=A2 &", "& B2 &", "& C2

First, select D2  and enter the formula above.

Now you can see in the image above that the data of two cells is merged and separated by commas in one cell without losing any value or data. 

3. To fill the remaining cells, select D2, then either copy and paste (Paste Special > Values), or use the fill handle—the small dot in the bottom-right corner—and drag it down.

The good and the bad

• Good: Super fast, works in every version of Excel, easy to remember
• Bad: If you’re combining 5+ things, the formula starts looking messy

Method 2: CONCAT (same thing, fancier name)

Honestly? This does the exact same thing as the ampersand method. But some people prefer it because it looks more “official.”

The formula

=CONCAT(A2, " ", B2)

Older Excel (before 2016)

=CONCATENATE(A2, " ", B2)

Click on an empty cell where you want the combined data.

• Type the above formula: using CONCATENATE function for Excel 2016 and older / CONCAT function for Excel 2019 and later versions
• Press Enter and drag the fill handle down to apply it to other rows.

When I use this

When I’m working on a shared file and want the formulas to look professional. Or when I’m combining lots of things and & starts looking cluttered.

The good and the bad

• Good: Easier to read in complex formulas
• Bad: Not really faster than &, and you have to remember the function name

Method 3: TEXTJOIN (the secret weapon for multiple columns)

This is where things get interesting. TEXTJOIN is perfect when you’re combining 3 or more columns, and especially when some of those columns might be blank.

Example: First, middle, and last name

Let’s say you have:

• A2: “Jane”
• B2: “” (middle name is blank)
• C2: “Smith”

Here’s the magic formula:

=TEXTJOIN(" ", TRUE, A2, B2, C2)

What this does:

• " " = separator (I’m using a space)
• TRUE = ignore blank cells (so you won’t get “Emily Rodriguez” with two spaces)
• A2, B2, C2 = the cells you’re combining

The good and the bad

Good: Handles blanks like a champ, great for 3+ columns

Bad: Only works in Excel 2016 or newer

Method 4: Flash Fill (no formulas required!)

Okay, this one blows people’s minds. Flash Fill is Excel’s way of saying, “I see what you’re doing, let me finish it for you.”

How it works

1. Let’s say column A has first names and column B has last names
2. In column C, type out the first result manually (like “John Doe”)
3. Press Enter and click the next cell
4. Hit Ctrl + E (or go to Data → Flash Fill)
5. Watch Excel magically fill in the rest

When I use Flash Fill

• Quick one-time cleanup jobs
• Preparing data for a report or export
• When I just want the results and don’t care about formulas

Important warning

Flash Fill creates static results. If you change “John” to “Jonathan” in column A, your Flash Fill result won’t update. For that, you need a formula.

The good and the bad

Good: Stupidly fast, no formula knowledge needed

Bad: Results don’t update if your data changes

Method 5: Power Query (for the pros)

If you’re dealing with large files or need to merge columns repeatedly, Power Query is worth learning. It’s like setting up a reusable recipe.

The steps

1. Click anywhere in your data
2. Go to Data → From Table/Range
3. Hold Ctrl and click the two columns you want to merge
4. Go to Transform → Merge Columns
5. Pick your separator (space, comma, dash, whatever)
6. Click Close & Load

Now whenever you refresh your data, the merge happens automatically.

The good and the bad

• Good: Repeatable, handles huge datasets, looks impressive in meetings
• Bad: Takes a bit of practice to learn

Handling tricky situations

Need a dash instead of a space?

If your columns contain numbers, Excel treats them as text when using &.

=A2 & "-" & B2

Result: “Order-12345”

Want to smash things together with no separator?

If you don’t need a separator, simply remove " " from the formula.

=A2 & B2

Result: “JohnDoe” or “CA94102”

Got messy data with extra spaces?

Wrap your formula with TRIM to clean it up:

=TRIM(A2 & " " & B2)

Mistakes I see all the time (and how to avoid them)

Forgetting the space

If you type =A2&B2 without the " ", you get “JohnSmith” instead of “John Smith”. Always add your separator!

Double spaces when cells are blank

If B2 is blank and you use =A2&" "&B2, you might get “John ” with a trailing space. Fix it with TEXTJOIN or TRIM.

Thinking Flash Fill updates automatically

It doesn’t. Flash Fill is a one-time thing. If your source data changes, you need to re-run it or switch to a formula.

My recommendations (where to start)

If you’re new to this:

• Start with & for simple stuff
• Try Flash Fill when you just need quick results
• Learn TEXTJOIN when you’re ready to level up

If you work with Excel regularly:

• Master TEXTJOIN for handling blanks
• Learn Power Query for repeatable workflows

That’s it! Pick the method that fits your situation and you’ll be combining columns like a pro in no time.

Got questions? Drop them below. I’m always happy to help troubleshoot Excel weirdness.

If you want to explore more about Formulas in Excel, check out this comprehensive guide for in-depth explanations and practical examples.

What is the LEFT Function in Excel?

That comes in very handy, as LEFT is a function; if your text string has meaningful left-hand starting words such as codes, prefixes or abbreviations then you can capture those starting words with LEFT.
Its syntax,
=LEFT(text, num_chars)

Text string or Cell reference

Number of Characters to return. For example if A1 contained “ABC12345 then the formula =LEFT(A1,3) will return “ABC”

This can be very helpful to pull out, say area codes from a phone number or first names from a full name.

Using the RIGHT Function in Excel

The RIGHT function essentially does what the LEFT function does, only it pulls characters from the right-hand side, or end, of a text string. This is pretty useful when the last few characters in a string might be important and include, for example, suffixes or unique identifiers.

=RIGHT(text, num_chars)

text: Is the text string, or cell reference.
num_chars: How many characters to extract.
Example
If cell A1 contains “ABC12345”, the formula =RIGHT(A1, 5) would return “12345”
This function is very useful when extracting serial numbers from file names or file extensions, respectively.

Knowing the MID Function in Excel

The MID function extracts characters from the middle of a text string from a given position. It works best with formatted text where the information one wants to extract will always be in the same block.
Syntax
=MID(text, start_num, num_chars)
text: Text string or cell reference.
start_num: Position of the character to extract.
num_chars: Number of characters to extract.
Example:
If cell A1 contains “ABC12345”, the formula =MID(A1, 4, 3) returns “123”.
It can really come in handy to extract the middle names from a full name or the dates from timestamp strings.

Examples of Using LEFT, RIGHT, and MID

Extract Names from Email Addresses

Let’s say you have email addresses like john.doe@example.com in column A. You can extract the first name, last name, or domain like this:

First Name: =LEFT(A1, FIND(“.”, A1) – 1)
Last Name: =MID(A1, FIND(“.”, A1) + 1, FIND(“@”, A1) – FIND(“.”, A1) – 1)
Domain: =RIGHT(A1, LEN(A1) – FIND(“@”, A1))

Product Codes

For “PRD-12345-USA,” you can split the pieces with these formulas:
Product Prefix: =LEFT(A1, FIND(“-“, A1) – 1)
Product ID: =MID(A1, FIND(“-“, A1) + 1, FIND(“-“, A1, FIND(“-“, A1) + 1) – FIND(“-“, A1) – 1)
Region Code: =RIGHT(A1, LEN(A1) – FIND(“-“, A1, FIND(“-“, A1) + 1))

Data Formats

When working with phone numbers, IDs, and other data types of this sort, LEFT, RIGHT, and MID can be used to standardize formats. From a phone number “123-456-7890,” last four digits can be pulled using =RIGHT(A1, 4).

Using Multiple Functions to Manipulate Intricate Text

If you combine these with others such as FIND, LEN, and TEXTJOIN, the power of Excel increases exponentially. You could separate full names into first, middle, and last names using LEFT, MID, and RIGHT combined:

First Name: =LEFT(A1, FIND(\” \”, A1) – 1)
Middle Name: =MID(A1, FIND(” “, A1) + 1, FIND(” “, A1, FIND(” “, A1) + 1)) -FIND(” “, A1) – 1)
Last Name: =RIGHT(A1, LEN(A1) – FIND(” “, A1, FIND(” “, A1) + 1))

Conclusion

LEFT, RIGHT, and MID are of prime importance to the functions one needs to know if he or she involves text data. Since their power of extracting particular lengths of texts accurately has no comparison, these have turned out to be indispensable for text-cleaning purposes, text-formatted output, and further analysis. Use them effectively, master these, and your productivity in textual data handling improves manifold.

What is the TEXT Function in Excel?

This TEXT function in excel converts any value to text in some particular format. The main application of the TEXT function is converting numeric or date values into a version according to a user’s personal format.

Syntax of the TEXT Function

The syntax of the TEXT function is pretty straightforward:

TEXT(value, format_text)

Value: The number, date, or value you want to format.
Format_text: The format you want to apply, enclosed in quotation marks.
For example, =TEXT(1234.56, ” $#,##0.00″) will format the number 1234.56 as “$1,234.56.”

Key Uses of the TEXT Function

The TEXT function is very handy for personal, academic, and professional use. It has several applications that prove helpful.

Number Formatting

The TEXT function allows you to format numbers with specific styles, including adding commas, decimal points, or currency symbols.
For example: =TEXT(1234.567, “0.00”) returns “1234.57.”

Formatting Dates

You can add any formatting that Excel does not automatically apply with to your date.
.
Example: =TEXT(TODAY(), “MM/DD/YYYY”) returns the current date entered in the format above

Text and Numbers

The TEXT function proves to be useful when working with a combination of text and numbers in a format that works for you
Example: =”The total is “&TEXT(1234.56, “$#,##0.00”) returns “The total is $1,234.56.”

Benefits of Applying the TEXT Function

The TEXT function has advantages which may make your work in Excel much more efficient and presentable.

Presenting Data

The applying of the text function does present your data much better readable and pleasing to see. Custom formatting makes quite a difference in viewing your information, especially on reports.

Custom Formatting

The use of TEXT function allows users to accommodate different formats according to the different types of applications, for example in the analysis of financial activities, recording and reporting on various projects among others.

Compatibility with other functions

TEXT works very well with other excel formulas such as CONCATENATE, IF, or VLOOKUP. It thus provides a means to heavily manipulate data and then accommodate the output.

LIMITATIONS OF TEXT FUNCTION:

While very versatile, the TEXT function also has some limitations

Converts Values to Text

The outcome of the TEXT function is always text, though it appears like a number or is not. This can sometimes raise a few errors in the output if mishandled in the computation.

Dependent on Format Accuracy

Entered format strings or unsupported format strings will result in an error or incorrect results. Users need to be careful and ensure they use the correct format codes.

Most Frequently Used Format Codes in the TEXT Function

The most used format codes are these:

Number Formatting

• “.00”: two decimal places
• #,##0: Comma’s included for the thousands

Date Formatting

• “MM/DD/YYYY”: It will show the standard format of a date
• “DD-MMM-YYYY”: Will give day and abbreviated month followed by year

Time Formatting

• “HH:MM AM/PM”: It returns in 12 hour time formats
• “HH:MM:SS”: It returns in hours, minutes, and seconds.

Text Formatting

"@": Represents text strings as they are.

Real life example of TEXT function:

Practice TEXT function along with other functions by the help of the example taken from real life.

Example 1: Number Format

You have the number in cell A1. Here’s how to format it as currency
=TEXT(A1, ” $#,##0.00″)

Example 2: Date Format

Here’s how to enter the date in the format “Month Day, Year.”
=TEXT(A1, “MMMM DD, YYYY”)

Example 3: Zero Fill

For proper number alignment like the ID number
=TEXT(A1, “0000”) will result in the number 5 in the format “0005.”

Conclusion

The TEXT function is your formatting and presentation tool in Excel for your data. Values are converted into text formats for better reading and usage purposes. Results come in text strings; however, sometimes this demands an additional step for some numerical calculations. When properly practiced, the TEXT function will find a good spot in your cornerstones of expertise on using Excel.

What is CONCATENATE?

It allows combining text strings into one. With two or more text strings, CONCATENATE will take them and string them together into one formula. In reality, this formula would prove beneficial if you had a set of data that you required to present in a column or cell. You would have a first name on one column and a last name on another column. It would allow you to string then the first name with the last name in the third column, presenting your a whole complete name.

Although Microsoft has provided CONCAT function, CONCATENATE is still available in the older versions of excel and can be used in the advanced version for compatibility purposes also.

Syntax of the Concatenate Function

You would use the CONCATENATE function like so according to its syntax,

=CONCATENATE(text1, [text2], ….)

These are your text strings, numbers, or cell references you’d like to join.
This function accepts up to 255 arguments. All characters must be less than 8,192.
An argument is a value or a reference to a cell that contains the value. In the formula =CONCATENATE(A1, B1), the contents of the cells A1 and B1 are concatenated.

Using CONCATENATE in Real Life

Combining First Name and Last Name

Probably the most common use of CONCATENATE is combining first and last names. Suppose column A has the first names and column B has the last names, then apply the formula to generate the full names in column C:

=CONCATENATE(A2, " ", B2)

Including ” ” includes a space between the names.

Concatenating Fixed Text with Variables

You can also make a constant text using cell values. For example, suppose that column A contains your sales data and you want to have a statement, such as “Total sales are X.” Then the following is used.
=CONCATENATE(“Total sales are “, A2)

Creating Unique Identifiers

This is one of the most critical requirements in a database. Assume you have column A containing product code and column B with region code, then you might want to create another column that will contain both by using this formula: –

=CONCATENATE(A2, " - ", B2)

The hyphen here is a separator, to read easily.

CONCATENATE vs CONCAT

But whereas CONCATENATE works sufficiently well, CONCAT is a far more powerful version. It just can’t work across a range so it becomes very awkward very quickly in larger spreadsheets. For example,

=CONCAT(A1:A3)

This concatenates values A1, A2, and A3 — something CONCATENATE just can’t do natively.

Working with CONCATENATE Improperly

#VALUE! Error

This error will emerge in case one of the arguments in CONCATENATE is invalid. It might be caused, for instance by trying to concatenate text which features incompatible data types.
This is a maximum characters size that result of this CONCATENATE function should be able to have-it stands at 8,192. Once you breach it, it will not return with the full result.

Missing separators

No, without any separators like space and commas, joining them will make the text read clumsy. Any time you apply CONCATENATE, it is very usual to forget needed separators.

Concatenate Best Practice

Use Ampersand (&) as alternative: You will love to use the & operator of its output. Here is illustration:

=A1 & " " & B1.

It involves working with other functions that make use of other similar functionalities like TRIM, TEXT among others that are discussed below;

=CONCATENATE("Date: ",TEXT(A1,"mm/dd/yyyy"))  ;   ;

In the process it keeps appearing on the left and right

Conclusion

Excel application allows use of concatenating the text, number reference inside the string basing on a cell. And even if CONCAT has largely replaced CONCATENATE especially in later versions, a user needs to use both for that very simple and perfect compatibility reasons. By understanding its syntax, applications, and limitations, users can unlock its full potential for data management and presentation. Whether you’re combining names, creating unique identifiers, or merging static text with dynamic data, CONCATENATE is an indispensable feature in your Excel toolkit.