The **PRODUCT** function is used to multiply numbers in Excel. Usually, you can multiply numbers using the product sign (*) in-between numbers. But that method may not be convenient in all types of situations. Especially, when you need to work with tons of numbers, the **PRODUCT** function comes up with more flexibility. In this regard, go through the whole article. Because you will learn to use the **PRODUCT** function in Excel with 9 suitable examples.

The above screenshot is an overview of the article, representing a few applications of the **PRODUCT** function in Excel. Youâ€™ll learn more about the methods along with the other functions to use the **PRODUCT** function precisely in the following sections of this article.

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**Introduction to the PRODUCT Function**

**Function Objective:**

**The PRODUCT function is used to calculate the multiplication among numbers in Excel.**

**Syntax:**

*=PRODUCT(number1, [number2], â€¦)*

**Arguments Explanation:**

Argument | Required/Optional | Explanation |
---|---|---|

number1 |
Required | The first number of the range of numbers that you want to multiply. |

number2 |
Optional | Extra numbers or range of numbers that you want to multiply. |

**Return Parameter:**

**Multiplied value of the given numbers within the argument field.**

## 9 Examples to Use the PRODUCT Function in Excel

The **PRODUCT** function accepts arguments in numerous orders. It can also work with other functions too. We are going to discuss all of them one by one in the following sections. So without having any further discussion letâ€™s jump straight into all of them now.

### 1. PRODUCT Function with Numerical Values

We can use the **PRODUCT** function to multiply values in the very traditional way of multiplying. What we do in our traditional way is add the multiplication sign in-between numbers.

For example, we have two numbers. Now we can multiply them both simply by putting the product sign (*) in between them i.e. 5*8 for instance.

We will implement this using the **PRODUCT** function below. Just go to the following steps.

**đź”— Steps:**

âť¶ Select cell **E5** â–¶ to store the formula result.

âť· Insert the formula within the cell.

`=PRODUCT(4*4*7)`

âť¸ Press the **ENTER** button.

Now you can see the end result as in the picture below:

### 2. PRODUCT Function with Cell Reference

Another way that you can follow is to multiply values stored within cells. This time you will specify the cell references separated by a comma inside the **PRODUCT** function argument field.

Now follow the steps below to learn the whole procedure:

**đź”— Steps:**

âť¶ First click on cell **E5** â–¶ to store the formula result.

âť· Insert the formula within the cell.

`=PRODUCT(B5,C5,D5)`

âť¸ Hit the **ENTER** button.

âťą At Last drag the **Fill Handle** icon to the end of the Product column.

When you are done with all the steps as mentioned above, you will see the end result as in the picture below:

### 3. PRODUCT Function with Numbers in Different Ranges

This method will save you time when you have to work with a huge amount of data. Now you will use a range of numbers instead of typing all of the cell references manually one by one.

This time you will specify the range of the number, then Excel will automatically extract the numbers and then multiply them all together.

You can use multiple series of numbers. All you need to do is separate them all using a comma in between the ranges. Thatâ€™s it.

Now follow the steps below, these will guide you to use a range of numbers instead of typing all the cell addresses manually. Which is tedious as well as time-consuming.

**đź”— Steps:**

âť¶ First select cell **E5** â–¶ to store the formula result.

âť· Insert the formula within the cell.

`=PRODUCT(B5:B11,C5:C11)`

âť¸ Now press the **ENTER** button.

âťą Finally drag the **Fill Handle** icon to the end of the Product column.

When you are done with all the steps as mentioned above, you will see the end result as in the picture below:

### 4. Multiply Two or More Sums Using SUM Inside PRODUCT FunctionÂ

The **PRODUCT** function facilitates us to incorporate other functions inside it. This feature makes you do more powerful stuff using this function.

In this section, we will use the **SUM** function inside the **PRODUCT** function.

Our purpose is to perform the multiplication over the summation of a range of numbers. Now follow the steps below and you will learn to use this function.

**đź”— Steps:**

âť¶ Click on cell **E5** â–¶ to store the formula result.

âť· Enter the formula within the cell.

`=PRODUCT(SUM(B5:B14),SUM(C5:C14))`

âť¸ Hit the **ENTER** button.

âťą Now drag the **Fill Handle** icon to the end of the Product column.

When you are done with all the steps as mentioned above, you will see the end result as in the picture below:

### 5. Find the Square Root of a Product with SQRT and PRODUCT Functions

Weâ€™ve seen in the previous section that we can use other functions inside the **PRODUCT** function. In this section, we will show you how to use the **PRODUCT** function inside another function in Excel.

For example, we want to calculate the square root of a multiplied series of numbers. We can easily calculate the square root of numbers using the **SQRT** function.

Now you are recommended to follow the steps below that will guide you to use the **PRODUCT** function inside the **SQRT** function in Excel.

**đź”— Steps:**

âť¶ First of all select cell **E5** â–¶ to store the formula result.

âť· Insert the formula within the cell.

`=SQRT(PRODUCT(B5:D5))`

âť¸ Now press the **ENTER** button.

âťą Drag the **Fill Handle** icon to the end of the Product column.

### 6. Use PRODUCT Function with Data That Have Empty Cells

One amazing thing about the **PRODUCT** function is that it can ignore the blank cells within the specified range. It only counts cells having numerical values in them.

**đź”— Steps:**

âť¶ Click on cell **E5** â–¶ to store the formula result.

âť· Input the formula within the cell.

`=PRODUCT(B5:D5)`

âť¸ Press the **ENTER** button.

âťą Draw the **Fill Handle** icon to the end of the Product column.

### 7. Use PRODUCT Function with Data That Have Text in It

Another amazing thing about the **PRODUCT** function is that it can ignore the cells having text within the specified range. It only counts cells having numerical values in them.

**đź”— Steps:**

âť¶ At first select cell **E5** â–¶ to store the formula result.

âť· Enter the formula:

`=PRODUCT(B5:D5)`

âť¸ Hit the **ENTER** button.

âťą At this stage, drag the **Fill Handle** icon to the end of the Product column.

### 8. Multiplication of Data Applying Condition

Now we will use the **PRODUCT** Function with Condition. All we want to do, if we find any blank cell in a row, we wonâ€™t calculate the product of that row. To do so,

**đź”— Steps:**

âť¶ Select cell **E5** â–¶ to store the formula result.

âť· Now insert the formula:

`=IF(OR(C5="",D5=""),"",PRODUCT(B5:D5))`

âť¸ After that press the **ENTER** button.

âťą Pull the **Fill Handle** icon to the end of the Product column.

### 9. Multiply Two or More Outputs of VLOOKUP Function

We can use the **PRODUCT** function along with the **VLOOKUP** Function. Follow the steps below that will guide you to do so.

**đź”— Steps:**

âť¶ Firstly click on cell **E5** â–¶ to store the formula result.

âť· Type the formula within the cell.

`=PRODUCT(VLOOKUP(H5,$B$5:$C$12,2,0), VLOOKUP(H5,$E$5:$F$12,2,0))`

âť¸ Hit the **ENTER** button.

âťą Finally drag the **Fill Handle** icon to the end of the Product column.

**Formula Breakdown:**

**(VLOOKUP(H5,$B$5:$C$12,2,0)**â–¶ Looks for units in the table range B5:C12.**VLOOKUP(H5,$E$5:$F$12,2,0)**â–¶ Looks for cost per unit in the table range E5:F12.**=PRODUCT(VLOOKUP(H5,$B$5:$C$12,2,0), VLOOKUP(H5,$E$5:$F$12,2,0))**â–¶ multiples the number of unit and cost per unit returns from the two VLOOKUP functions.

## Things to Remember

đź“Ś You can insert a maximum of 255 arguments inside the **PRODUCT** function at a time.

đź“Ś If all the reference cells contain text only, the **PRODUCT** function will return the **#VALUE** error.

## Conclusion

To sum up, we have discussed the usage of the Excel **PRODUCT** function with 9 suitable examples. You are recommended to download the practice workbook attached along with this article and practice all the methods with that. And donâ€™t hesitate to ask any questions in the comment section below. We will try to respond to all the relevant queries asap. And please visit our website **Exceldemy** to explore more.