Excel is a spreadsheet developed by Microsoft. We can perform various mathematical calculations on it. The Excel FLOOR.MATH function can round a given number down to the nearest specified multiple. Whenever you want to round down the values in a huge list, then we recommend you use this function. It helps to finish the work within a few seconds.

In this article, you will understand how to use Excel FLOOR.MATH function in the spreadsheet. Get an official version of** MS Excel** from the following link:

https://www.microsoft.com/en-in/microsoft-365/excel.

FLOOR.MATH is one of the **built-in functions** in Microsoft Excel. It comes under **Math **functions. We can use this function in our spreadsheet whenever we want to **round down a given number to the nearest specified multiple**.

- This is the basic syntax of the Excel FLOOR.MATH Function.
- You can
**apply the formula**and**hit**the**Enter button**to get the result.

**=FLOOR.MATH(number, [significance], [mode])**

**Number –**The input number is to be rounded.**Significance –**It is optional. The multiple for rounding the input number. If you cannot give a significance value, it takes one by default.**Mode –**It is optional. The method is a direction to round the negative numbers round (towards or away from 0).

- This function helps to
**round the given number****down****to the nearest specified multiple**.

- It returns the
**rounded number**.

**Note:** If any of the arguments is a non-numeric value, it returns** #VALUE! Error**.

As we said earlier, the FLOOR.MATH function will return a **rounded number** based on the nearest specified multiple. This function is categorized as “**Math**” in Excel. This function provides support for rounding negative numbers. If it is a **positive number** with decimal values, it could be **rounded to the nearest integer**. If it is a **negative number** with decimal values, it could be **rounded away from zero**.

**Step 1:** For example, we have a set of integer values in the range B3:D8. and we want to round down those values with the help of the FLOOR.MATH Function.

**Step 2:** Now, we need to **apply **the **following formula** in any cell where we want to get the result.

**=FLOOR.MATH(B3,C3)**

**Step 3:** Now, **click **on the **Enter **button to get the result.

**Step 4:** In order to fill down the remaining cells, you just need to drag the first cell. It will auto-fill the remaining values, as shown in the below image.

We hope that the given scenario helped you to understand the FLOOR.MATH function. Move to the below section if you have any confusion related to the working nature of this function.

Here we will see how to apply the FLOOR.MATH function in the spreadsheet with simple examples.

**1)** Suppose you want to round the integer values on your spreadsheet, then you can directly apply the formula in the cell.

**2)** For example, we want to **round the integer** **5.73 by 3**. We can apply the following formula in a cell where we want the result.

**=FLOOR.MATH(5.73,3)**

**3)** **Hit **the **Enter button** to get the result, as shown in the below image.

By doing so, you can quickly round the integers using the FLOOR.MATH function.

- If any of the arguments is a non-numeric value, it returns
**#VALUE!**Error.

To understand the usage of the FLOOR.MATH function, we have referred to the following articles. They helped us to know the purpose of this function. You can also check them out using the links: Excel FLOOR.MATH function^{[1]}, and What is FLOOR function?** ^{[2]}**.

- https://www.causal.app/formulae/floor-math-excel
- https://en.wikipedia.org/wiki/Floor_and_ceiling_functions

With the help of the given scenarios and examples, you can easily understand the **purpose of the FLOOR.MATH function** **in Excel** and how to apply it in the spreadsheet. The screenshots help to learn it even easier. Drop your **feedback **in the below comment section. Thanks for visiting **AawExcel**. Keep Learning!!

If you want to know what people think about this FLOOR.MATH Function of Excel, then we suggest you look for it on the Quora interaction webpage. From there you can get to know more about the Excel FLOOR.MATH function. Here, we have provided the link to Quora’s official website.

The following video will show you how to use the Excel FLOOR.MATH function in the spreadsheet with proper examples.

**Read Ahead:**

Excel is a spreadsheet developed by Microsoft. We can perform various mathematical calculations on it. The Excel FLOOR function can round a given number down to the nearest specified multiple. For example, providing the number **10 **and its **significance value as 3** will give the **output as 9**. This built-in function is categorized as a Math Function in Excel.

Here, we will learn the usage of the **Excel FLOOR Function** with its basic syntax, explanation, and examples. Get an official version of** **MS **Excel** from the following link:

https://www.microsoft.com/en-in/microsoft-365/excel

Floor is one of the **built-in functions** in Microsoft Excel. It comes under **Math **functions. We can use this function in our spreadsheet whenever we want to **round a given number to the nearest specified multiple**.

- This is the basic syntax of the Excel Floor Function.

**=FLOOR(number, significance)**

**Number –**The input value that you want to round.**Significance –**The multiple which is used to round the given number.

- This function helps to
**round the given number****to the nearest specified multiple**.

- It returns the
**rounded number**.

**Note:**

1) If either a number or significance is non-numeric (letters, symbols), it returns the **#VALUE! Error**.

2) When you use a **positive input number** and a **negative significant number**, it shows **#NUM! Error **value.

3) If the number is an exact multiple of significance, no rounding occurs.

As we said earlier, the Floor function will return a **rounded number** based on the nearest specified multiple. This function is categorized as “**Math**” in Excel. For example, if you give the **FLOOR(23, 4)**, it returns the output as **20**. Let’s see an example scenario to make you understand it easily.

**Step 1:** For example, we have a **set of integer values** in the range **B3:C7**. and we want to round those values with the help of the Floor Function.

**Step 2: **Now, we need to **apply **the **following formula** in any cell where we want to get the result.

**=FLOOR(B3,C3)**

**Step 3:** Now, **click **on the **Enter button** to get the result.

**Step 4:** In order to **fill down the remaining cells**, you just need to drag the first cell. It will auto-fill the remaining values, as shown in the below image.

We hope that the given scenario helped you to understand the Floor function. Move to the below section if you have any confusion related to the working nature of this function.

Here we will see how to apply the FLOOR function in the spreadsheet with simple examples.

**1)** Suppose you want to round the integer values on your spreadsheet, then you can directly apply the formula in the cell.

**2)** For example, we want to **round the integer** 322 by 72. We can apply the following formula in a cell where we want the result.

**=FLOOR(322,72)**

**3)** **Hit **the **Enter button** to get the result, as shown in the below image.

By doing so, you can quickly round the integers using the FLOOR function.

- If either a number or significance is non-numeric (letters, symbols), it returns the
**#VALUE!**Error.

- When you use a
**positive input number**and a**negative significant number**, it shows**#NUM!**Error value.

To understand the usage of the FLOOR function, we have referred to the following articles. They helped us to know the purpose of this function. You can also check them out using the links: Excel FLOOR function^{[1]}, and What is FLOOR function?** ^{[2]}**.

- https://www.javatpoint.com/excel-floor-function
- https://en.wikipedia.org/wiki/Floor_and_ceiling_functions

With the help of the given scenarios and examples, you can easily understand the **purpose of the FLOOR function** **in Excel** and how to apply it in the spreadsheet. The screenshots help to learn it even easier. Drop your **feedback **in the below comment section. Thanks for visiting **AawExcel**. Keep Learning!!

If you want to know what people think about this FLOOR Function of Excel, then we suggest you look for it on the Quora interaction webpage. From there you can get to know more about the Excel FLOOR function. Here, we have provided the link to Quora’s official website.

The following video will show you how to use the Excel FLOOR function in the spreadsheet with proper examples.

**Read Also:**

Excel is a spreadsheet developed by Microsoft. This application will help you to perform various mathematical calculations. In case, you want to round up the values based on specific multiples, we suggest you use Excel CEILING.PRECISE Function. It is a built-in function in Microsoft Excel.

In this article, we will learn the usage of **Excel CEILING.PRECISE Function** with its syntax, definition, and examples. Get an official version of** MS Excel** from the following link:

https://www.microsoft.com/en-in/microsoft-365/excel

CEILING.PRECISE is one of the **built-in functions** in Microsoft Excel. It comes under **Math **functions. We can use this function in our spreadsheet whenever we want to **round the given number up to a given multiple**.

- This is the basic syntax of Excel CEILING.PRECISE Function.

**=CEILING.PRECISE(number, [significance])**

**Number –**The input number that needs to be rounded.**Significance –**It is optional. The multiple by which the input number is rounded. If you omit this argument, it takes a default value of 1.

- This function helps to
**round a number up to the nearest multiple**.

- It returns the
**rounded number**.

**Note:** If any argument is a non-numeric value (letters and special characters) and then it returns **#VALUE!** Error.

As we said earlier, the CEILING.PRECISE function will return a **rounded number** based on the nearest specified multiple. This function is categorized as “**Math**” in Excel. For example, **CEILING.PRECISE(4.4, 2)** returns the output value **6**. Let’s see an example scenario to make you understand it easily.

**Step 1:** For example, we have a set of integer values in the range **B3:C7**. and we want to round those values with the help of CEILING.PRECISE Function.

**Step 2:** Now, we need to **apply **the **following formula** in any cell where we want to get the result.

**=CEILING.PRECISE(B3,C3)**

**Step 3: **Now, **click **on the **Enter** button to get the result.

**Step 4:** In order to fill down the remaining cells, you just need to drag the first cell. It will auto-fill the remaining values, as shown in the below image.

We hope that the given scenario helped you to understand CEILING.PRECISE function. Move to the below section if you have any confusion related to the working nature of this function.

Here we will see how to apply the CEILING.PRECISE function in the spreadsheet with simple examples.

**1)** Suppose you want to round the integer values on your spreadsheet, then you can directly apply the formula in the cell.

**2)** For example, we want to round the specific decimal value. We can apply the following formula in a cell where we want the result.

**=CEILING.PRECISE(4.1,3)**

**3)** **Hit **the **Enter **button to get the result, as shown in the below image.

By doing so, you can quickly round the integers using **CEILING.PRECISE** function.

- If any argument is a non-numeric value (letters and special characters) and then it returns
**#VALUE!**Error.

To understand the usage of the CEILING.PRECISE function, we have referred to the following articles. They helped us to know the purpose of this function. You can also check them out using the links: Excel CEILING.PRECISE function^{[1]}, and What is CEILING function?** ^{[2]}**.

- https://corporatefinanceinstitute.com/resources/excel/ceiling-precise-function/
- https://en.wikipedia.org/wiki/Floor_and_ceiling_functions

With the help of the given scenarios and examples, you can easily understand the **purpose of CEILING.PRECISE function** **in Excel** and how to apply it in the spreadsheet. The screenshots help to learn it even easier. Drop your **feedback **in the below comment section. Thanks for visiting **AawExcel**. Keep Learning!!

If you want to know what people think about this CEILING.PRECISE Function of Excel, then we suggest you look for it on the Quora interaction webpage. From there you can get to know more about Excel CEILING.PRECISE function. Here, we have provided the link to Quora’s official website.

The following video will show you how to use Excel CEILING.PRECISE function in the spreadsheet with proper examples.

**Read Also:**

Excel is a spreadsheet developed by Microsoft. This application will help you to create, view, edit, and share your files with others as soon as possible. Sometimes, you want to **round up the given value** to the nearest multiple. To do so, Excel provides a CEILING function.

In this article, we are going to see the **Excel CEILING Function** with its syntax, description, and examples. Get an official version of** MS Excel** from the following link:

https://www.microsoft.com/en-in/microsoft-365/excel

CEILING is one of the **built-in functions** in Microsoft Excel. It comes under **Math **functions. We can use this function in our spreadsheet whenever we want to **round a given number to the nearest specified multiple**.

- This is the basic syntax of the Excel CEILING Function.

**=CEILING(number, significance)**

**Number –**The input number that needs to be rounded.**Significance –**It is the specified multiple to round the value.

- This function helps to round the given number to the nearest specified multiple.

- It returns the
**rounded number**.

**Note:**

1) If any argument is a non-numeric value (letters and special characters) and then it returns **#VALUE! Error**.

2) In case, both arguments are negative integers, then the output value is rounded away from zero.

3) If the number is negative and the significance is positive and then the output value is rounded toward zero.

As we said earlier, the CEILING function will return a **rounded number** based on the nearest specified multiple. This function is categorized as “**Math**” in Excel. For example, **CEILING(2.3, 1)** returns the value** 3**. Let’s see an example scenario to make you understand it easily.

**Step 1:** For example, we have a set of integer values in the range **B3:C8**. and we want to round those values with the help of the CEILING Function.

**Step 2:** Now, we need to **apply **the **following formula** in any cell where we want to get the result.

**=CEILING(B3,C3)**

**Step 3:** Now, **click **on the **Enter **button to get the result.

**Step 4:** In order to fill down the remaining cells, you just need to drag the first cell. It will auto-fill the remaining values, as shown in the below image.

We hope that the given scenario helped you to understand the CEILING function. Move to the below section if you have any confusion related to the working nature of this function.

Here we will see how to apply the CEILING function in the spreadsheet with simple examples.

**1)** Suppose you want to round the integer values on your spreadsheet, then you can directly apply the formula in the cell.

**2)** For example, we want to round the** integer** **620 by 52**. We can apply the following formula in a cell where we want the result.

**=CEILING(620,52)**

**3)** **Hit **the **Enter **button to get the result, as shown in the below image.

By doing so, you can quickly round the integers using the CEILING function.

- If any argument is a
**non-numeric value**(letters and special characters) and then it returns**#VALUE!**Error.

- If both arguments are negative integers, then the output value will
**round away from zero**. - The following image shows the negative input numbers and negative significance values, as a result, the output values are rounded away from zero.

- If the number is negative and the significance is positive and then the output value will
**round towards zero**. - In the following image, you can see the positive significance values and the negative input numbers, when applying the CEILING function, it will return the output values like below.

From the above examples, you can clearly understand the usage of the **CEILING function**.

To understand the usage of the CEILING function, we have referred to the following articles. They helped us to know the purpose of this function. You can also check them out using the links: Excel CEILING function^{[1]}, and What is CEILING function?** ^{[2]}**.

- https://corporatefinanceinstitute.com/resources/excel/excel-ceiling-function/
- https://en.wikipedia.org/wiki/Floor_and_ceiling_functions

With the help of the given scenarios and examples, you can easily understand the **purpose of the CEILING function** **in Excel** and how to apply it in the spreadsheet. The screenshots help to learn it even easier. Drop your **feedback **in the below comment section. Thanks for visiting **AawExcel**. Keep Learning!!

If you want to know what people think about this CEILING Function of Excel, then we suggest you look for it on the Quora interaction webpage. From there you can get to know more about the Excel CEILING function. Here, we have provided the link to Quora’s official website.

The following video will show you how to use the Excel CEILING function in the spreadsheet with proper examples.

]]>The term GCD stands for **Greatest Common Divisor**. It is one of the mathematical operations used to get the greatest common divisor of two or more integer values. To be more precise, GCD is the largest integer value that goes into all supplied numbers without a remainder. We all know that Excel provides many built-in functions to perform calculations. It also provides the GCD function, so you can easily use it.

Let us see how to use the **Excel GCD function** in the spreadsheet with simple scenarios. Get an official version of** MS Excel** from the following link:

https://www.microsoft.com/en-in/microsoft-365/excel

GCD is one of the **built-in functions** in Microsoft Excel. It comes under **Math **functions. We can use this function in our spreadsheet whenever we want to **get the greatest common divisor of the given integer values**.

- This is the basic syntax of the Excel GCD Function.

**=GCD(number1, [number2], …)**

**number1 –**The first input number.**number2 –**It is optional. The second number.

- This function helps to find the greatest common divisor of two or more integer values.

- It returns the
**greatest common divisor**of given numbers.

**Note:**

1) If any argument is non-numeric, it returns **#VALUE! Error**.

2) If you give any argument as less than zero, it returns **#NUM! Error value**.

As we said earlier, the GCD function will return the greatest common divisor of the given integer values. This function is categorized as “**Math**” in Excel. For example, GCD(8,4) returns the output as 4. Let’s see an example scenario to make you understand it easily.

**Step 1:** For example, we have a set of integer values in the range **B3:C7**. and we want to get the greatest common divisor of these values with the help of the GCD function.

**Step 2:** Now, we need to **apply the following formula** in any cell where we want to get the result.

**=GCD(B3:C3)**

**Step 3:** Now, **click **on the **Enter button **to get the result.

**Step 4:** In order to fill down the remaining cells, you just need to drag the first cell. It will auto-fill the remaining values, as shown in the below image.

We hope that the given scenario helped you to understand the GCD function. Move to the below section if you have any confusion related to the working nature of this function.

Here we will see how to apply the GCD function in the spreadsheet with simple examples.

**1)** Suppose you want to get the greatest common divisor of specific values on your spreadsheet, then you can directly apply the formula in the cell.

**2)** For example, we want to find the **GCD of the integers** **28, 10, & 22**. We can apply the following formula in a cell where we want the result.

**=GCD(28,10,22)**

**3)** **Hit **the **Enter **button to get the result, as shown in the below image.

By doing so, you can quickly get the greatest common divisor values of the given integers using the GCD function.

- If any argument is non-numeric, it returns
**#VALUE! Error**.

- If you give any argument as less than zero, it returns
**#NUM! Error**value.

To understand the usage of the GCD function, we have referred to the following articles. They helped us to know the purpose of this function. You can also check them out using the links: GCD function^{[1]}, and What is GCD in maths?** ^{[2]}**.

With the help of the given scenarios and examples, you can easily understand the **purpose of the GCD function** **in Excel** and how to apply it in the spreadsheet. The screenshots help to learn it even easier. Drop your **feedback **in the below comment section. Thanks for visiting **AawExcel**. Keep Learning!!

If you want to know what people think about this GCD Function of Excel, then we suggest you look for it on the Quora interaction webpage. From there you can get to know more about the Excel GCD function. Here, we have provided the link to Quora’s official website.

The following video will show you how to use the Excel GCD function in the spreadsheet with proper examples.

**Read Ahead:**

The term LCM stands for **Least Common Multiple**. It is one of the mathematical operations used to get the least common multiple of two numbers. LCM is the **lowest possible number divisible by the given two numbers**. You can find LCM for two or more integers and two or more fractions. If you want to calculate the Least Common Multiple for two decimals, these values are truncated to integers.

Excel provides many built-in functions to perform calculations. It also provides the LCM function, so you can easily use it. This article will discuss the **Excel LCM Function** using syntax, definition, and examples. Get an official version of** MS Excel** from the following link:

https://www.microsoft.com/en-in/microsoft-365/excel

LCM is one of the **built-in functions** in Microsoft Excel. It comes under **Math **functions. We can use this function in our spreadsheet whenever we want to **get the least common multiple of the given integer values**.

- This is the basic syntax of the Excel LCM Function.

**=LCM(number1, [number2],…)**

**number1 –**The first input number.**number2 –**It is optional. The second number.

- This function helps to find the least common multiples of two or more integer values.

- It returns the
**least common multiple**of given numbers.

**Note:**

1) If any argument is non-numeric, it returns **#VALUE! Error**.

2) If you give any argument as less than zero, it returns **#NUM! Error** value.

As we said earlier, the LCM function will return the least common multiple of the given integer values. This function is categorized as “**Math**” in Excel. For example, **LCM(6,12)** returns the output value as 12. Let’s see an example scenario to make you understand it easily.

**Step 1:** For example, we have a **work schedule for the next 30 days** and this work should be finished by a **group of 5 members**. And we need to** divide the work equally among 5 people**. For that, we can use the LCM function.

**Step 2:** Now, we need to **apply **the **following formula** in any cell where we want to get the result.

**=LCM(B3,C3)**

**Step 3:** Now, **click **on the **Enter **button to get the result.

We hope that the given scenario helped you to understand the LCM function. Move to the below section if you have any confusion related to the working nature of this function.

Here we will see how to apply the LCM function in the spreadsheet with simple examples.

**1)** Suppose you want to get the least common multiple of specific values on your spreadsheet, then you can directly apply the formula in the cell.

**2)** For example, we want to find the **LCM of the integers** **28, 10, & 22**. We can apply the following formula in a cell where we want the result.

**=LCM(28,10,22)**

**3)** **Hit **the **Enter **button to get the result, as shown in the below image.

By doing so, you can quickly get the least common multiple values of the given integers using the LCM function.

By seeing the below-given examples, you will understand the inputs that cause errors in the spreadsheet. And you will know if you encounter these errors, what will you do to solve them.

- If any argument is non-numeric, it returns
**#VALUE! Error**.

- If you give any argument as less than zero, it returns
**#NUM! Error**value.

To understand the usage of the LCM function, we have referred to the following articles. They helped us to know the purpose of this function. You can also check them out using the links: LCM function** ^{[1]}**, and What is LCM in maths?

With the help of the given scenarios and examples, you can easily understand the **purpose of the LCM function** **in Excel** and how to apply it in the spreadsheet. The screenshots help to learn it even easier. Drop your **feedback **in the below comment section. Thanks for visiting **AawExcel**. Keep Learning!!

If you want to know what people think about this LCM Function of Excel, then we suggest you look for it on the Quora interaction webpage. From there you can get to know more about the Excel LCM function. Here, we have provided the link to Quora’s official website.

The following video will show you how to use the Excel LCM function in the spreadsheet with proper examples.

**Read Ahead:**

We all know that Microsoft Excel provides various built-in functions and formulas for performing mathematical operations. On that note, sometimes we want to perform division and get the quotient value as a result. For that, we suggest you use the Excel QUOTIENT Function. This function returns the integer portion of a division without the remainder.

In this tutorial, we will guide you to know the usage of **Excel QUOTIENT Function** with its syntax, explanation, and examples. Get an official version of** MS Excel** from the following link:

https://www.microsoft.com/en-in/microsoft-365/excel

QUOTIENT is one of the **built-in functions** in Microsoft Excel. It comes under **Math **functions. We can use this function in our spreadsheet whenever we want to **get **the **integer portion of a division without the remainder**. For example, **QUOTIENT(7/2)** will return the output as **3**.

- This is the basic syntax of the Excel QUOTIENT Function.

**=QUOTIENT(numerator, denominator)**

**Numerator –**The number that needs to be divided.**Denominator –**It is the divisor.

- This function returns the integer value (quotient) without the reminder.

- It returns the
**integer value**.

**Note:** If any argument is a non-numeric value (letters and special characters) and then it returns **#VALUE! **Error.

As we said earlier, the QUOTIENT function will return the integer part of the division without the remainder. This function is categorized as “**Math**” in Excel. Let’s see an example scenario to make you understand it easily.

**Step 1:** For example, we have a **set of things** and **we want to divide them equally among 6 people**. We can use the division function to determine how many items each person would get.

**Step 2:** Now, we need to **apply **the **following formula** in any cell where we want to get the result.

**=QUOTIENT(C3,D3)**

**Step 3:** Now, **click **on the **Enter **button to get the result.

**Step 4:** To fill down the remaining cells, you just drag down the first cell. It will **auto-fill the remaining cells** as shown in the below screenshot.

We hope that the given scenario helped you to understand the QUOTIENT function. Move to the below section if you have any confusion related to the working nature of this function.

Here we will see how to apply the QUOTIENT function in the spreadsheet with simple examples.

**1)** Suppose you want to get the quotient of division on your spreadsheet, then you can directly apply the formula in the cell.

**2)** For example, we want to **divide the number 73 by 5**. We can apply the following formula in a cell where we want the result.

**=QUOTIENT(73,5)**

**3)** **Hit **the **Enter **button to get the result, as shown in the below image.

By doing so, you can quickly get the quotient value of the division using the QUOTIENT function.

- If any argument is a non-numeric value (letters and special characters) and then it returns
**#VALUE!**Error.

To understand the usage of the QUOTIENT function, we have referred to the following articles. They helped us to know the purpose of this function. You can also check them out using the links: QUOTIENT function** ^{[1]}**, and What is QUOTIENT?

With the help of the given scenarios and examples, you can easily understand the **purpose of the QUOTIENT function** **in Excel** and how to apply it in the spreadsheet. The screenshots help to learn it even easier. Drop your **feedback **in the below comment section. Thanks for visiting **AawExcel**. Keep Learning!!

If you want to know what people think about this QUOTIENT Function of Excel, then we suggest you look for it on the Quora interaction webpage. From there you can get to know more about the Excel QUOTIENT function. Here, we have provided the link to Quora’s official website.

The following video will show you how to use the Excel QUOTIENT function in the spreadsheet with proper examples.

**Further Reference:**

Generally, functions are predefined formulas that allow performing various mathematical operations in Excel. These functions and formulas are already available in Excel by default. You can use the INT function to return the integer portion of a given input number. It is one of the built-in functions in Excel categorized as a Math function.

This article explains the usage of the **Excel INT Function** with its basic syntax, explanation, and examples. Get an official version of** MS Excel** from the following link:

https://www.microsoft.com/en-in/microsoft-365/excel

INT is one of the **built-in functions** in Microsoft Excel. It comes under **Math **functions. We can use this function in our spreadsheet whenever we want to **round a given integer number down to the nearest integer**.

- This is the basic syntax of the Excel INT Function.

**=INT(number)**

**Number –**The input number which you want to round down to the nearest integer.

- This function will
**get the integer part of a number by rounding it down**.

- It returns the
**integer part of a number**.

**Note:** If you give **non-numeric values** such as letters and special characters to the argument, it will return **#VALUE! Error**.

As we said earlier, the INT function will return the integer part of the given decimal number by rounding to its nearest value. We can **use **both **positive and negative integer** values. This function is categorized as “**Math**” in Excel. Let’s see an example scenario to make you understand it easily.

**Step 1:** Here, we have come up with a **set of decimal values** and want to round them to the nearest integer value using this INT function.

**Step 2:** Now, we need to **apply **the **following formula** in any cell where we want to get the result.

**=INT(B3)**

**Step 3:** Now, **click **on the **Enter **button to get the result.

**Step 4:** To fill down the remaining cells, you just drag down the first cell. It will **auto-fill the remaining cells** as shown in the below screenshot.

We hope that the given scenario helped you to understand the INT function. Move to the below section if you have any confusion related to the working nature of this function.

Here we will see how to apply the INT function in the spreadsheet with simple examples.

**1)** Suppose you want to round a specific value on your spreadsheet, then you can directly apply the formula in the cell.

**2)** For example, we want to **round the value -7.99**. We can apply the following formula in a cell where we want the result.

**=INT(-7.99)**

**3)** **Hit **the **Enter **button to get the result, as shown in the below image.

By doing so, you can quickly round down the decimal value to its nearest integer using the INT function.

- If you give any non-numeric values such as letters and special characters in the argument, it will return
**#VALUE!**Error.

To understand the usage of the INT function, we have referred to the following articles. They helped us to know the purpose of this function. You can also check them out using the links: INT function** ^{[1]}**, and What is Integer?

- https://stackoverflow.com/questions/58084071/microsoft-excel-using-int-function-with-time-format
- https://en.wikipedia.org/wiki/Integer

With the help of the given scenarios and examples, you can easily understand the **purpose of the INT function** **in Excel** and how to apply it in the spreadsheet. The screenshots help to learn it even easier. Drop your **feedback **in the below comment section. Thanks for visiting **AawExcel**. Keep Learning!!

If you want to know what people think about this INT Function of Excel, then we suggest you look for it on the Quora interaction webpage. From there you can get to know more about the Excel INT function. Here, we have provided the link to Quora’s official website.

The following video will show you how to use the Excel INT function in the spreadsheet with proper examples.

]]>We all know that multiplication is a **basic arithmetic operation** that **combines two or more numeric values to get the product** as a result. If we have larger data in the spreadsheet and we want to find a product of each value stored in a row, then we cannot do that manually without any mistakes. For that, we can make use of this simple PRODUCT function in Excel.

In this article, we are going to see the **Excel PRODUCT Function **with its syntax, explanation, and examples. Get an official version of** MS Excel** from the following link:

https://www.microsoft.com/en-in/microsoft-365/excel

PRODUCT is one of the **built-in functions** in Microsoft Excel. It comes under **Math **functions. We can use this function in our spreadsheet whenever we want to **multiply numbers in the range to get the product value**.

- This is the basic syntax of the Excel PRODUCT Function.

**=PRODUCT(number1, [number2], …)**

**number1 –**It is the first number to multiply.**number2 –**This is optional. It is the second number to multiply.

- This function is used to
**multiply numbers in the given range**to get the product.

- It returns the
**product of given numbers**.

**Note:**

1) This function accepts up to **255** numbers.

2) If you give any text, logical values, or empty cells as inputs, it just ignores them.

As we said earlier, the MOD function will **return the product of all the given input numbers**. This function is categorized as “**Math**” in Excel. Let’s see an example scenario to make you understand it easily.

**Step 1:** For example, we have a certain number of objects and their price (for one piece) and we want to find the total price of them. For that, we can use this PRODUCT function.

**Step 2:** Now, we need to **apply **the **following formula** in any cell where we want to get the result.

**=PRODUCT(C3,D3)**

**Step 3:** Now, **click **on the **Enter **button to get the result.

**Step 4:** To fill down the remaining cells, you just drag down the first cell. It will **auto-fill the remaining cells** as shown in the below screenshot.

We hope that the given scenario helped you to understand the PRODUCT function. Move to the below section if you have any confusion related to the working nature of this function.

Here we will see how to apply the PRODUCT function in the spreadsheet with simple examples.

- Suppose you want to get the product of two numbers, then you can directly apply it to the formula.
- For example, we want to
**multiply the numbers 5678 and 3**. We can apply the following formula in a cell where we want the result.

**=PRODUCT(5678,3)**

**Hit**the**Enter**button to get the result, as shown in the below image.

- If you give any text, logical values, or empty cells as inputs, it just ignores them.

To understand the usage of the PRODUCT function, we have referred to the following articles. They helped us to know the purpose of this function. You can also check them out using the links: PRODUCT function** ^{[1]}**, and What is PRODUCT in maths?

- https://smallbusiness.chron.com/multiply-functions-money-excel-30695.html
- https://en.wikipedia.org/wiki/Product_(mathematics)#:~:text=In%20mathematics%2C%20a%20product%20is,to%20be%20multiplied%2C%20called%20factors.

With the help of the given scenarios and examples, you can easily understand the **purpose of the PRODUCT function** **in Excel** and how to apply it in the spreadsheet. The screenshots help to learn it even easier. Drop your **feedback **in the below comment section. Thanks for visiting **AawExcel**. Keep Learning!!

If you want to know what people think about this PRODUCT Function of Excel, then we suggest you look for it on the Quora interaction webpage. From there you can get to know more about the Excel PRODUCT function. Here, we have provided the link to Quora’s official website.

The following video will show you how to use the Excel PRODUCT function in the spreadsheet with proper examples.

**Also Read:**

Microsoft Excel provides plenty of built-in functions and formulas for performing mathematical calculations. Sometimes, we want to perform division operations and get the remainder. In order to do it manually, we can use the MOD function. This function will help you get the remainder as quickly as possible.

This article will let you know how to use the **Excel MOD function** in the spreadsheet. Get an official version of** **MS **Excel** from the following link:

https://www.microsoft.com/en-in/microsoft-365/excel

MOD is one of the **built-in functions** in Microsoft Excel. It comes under **Math **functions. We can use this function in our spreadsheet whenever we want to get the remainder by performing division operations.

- This is the basic syntax of the Excel MOD Function.

**=MOD(number, divisor)**

**number –**The input number to be divided.**divisor –**The number by which you want to divide the number.

- This function
**gets the remainder**from the division.

- It returns the
**remainder**.

**Note:**

1) If the divisor is **0**, it returns **#DIV/0! Error** value.

2) You can calculate **MOD **manually by using the below formula.

3) “**n – d * INT (n/d)**” where n is a number, d is a divisor.

As we said earlier, the MOD function will **return the remainder of the two numbers after division**. The result has the same sign as the divisor. This function is categorized as “**Math**” in Excel. Let’s see an example scenario to make you understand it easily.

**Step 1:** Here, we have come up with a **set of integer values and divisors**. We need to perform division and get the remainder as output. For that, we can use the MOD function.

**Step 2:** Now, we need to **apply **the **following formula** in any cell where we want to get the result.

**=MOD(B3,C3)**

**Step 3:** Now, **click **on the **Enter **button to get the result.

**Step 4:** To fill down the remaining cells, you just drag down the first cell. It will **auto-fill the remaining cells** as shown in the below screenshot.

We hope that the given scenario helped you to understand the MOD function. Move to the below section if you have any confusion related to the working nature of this function.

Here we will see how to apply the MOD function in the spreadsheet with simple examples.

**1)** Suppose you want to get the remainder by performing a division operation with two specific numbers, then you can directly apply it to the formula.

**2)** For example, we want to **divide 100 by 30**. We can apply the following formula in a cell where we want the result.

**=MOD(100,30)**

**3)** **Hit **the **Enter **button to get the result, as shown in the below image.

By doing so, you can quickly get the remainder by performing division with the help of the MOD function.

By seeing the below-given example, you will understand the input that causes errors in the spreadsheet. If the divisor is 0, it returns #DIV/0! Error value.

To understand the usage of the MOD function, we have referred to the following articles. They helped us to know the purpose of this function. You can also check them out using the links: MOD function** ^{[1]}**, and What is MOD?

- https://corporatefinanceinstitute.com/resources/excel/mod-function/
- https://en.wikipedia.org/wiki/Modulo

With the help of the given scenarios and examples, you can easily understand the **purpose of the MOD function** **in Excel** and how to apply it in the spreadsheet. The screenshots help to learn it even easier. Drop your **feedback **in the below comment section. Thanks for visiting **AawExcel**. Keep Learning!!

If you want to know what people think about this MOD Function of Excel, then we suggest you look for it on the Quora interaction webpage. From there you can get to know more about the Excel MOD function. Here, we have provided the link to Quora’s official website.

The following video will show you how to use the Excel MOD function in the spreadsheet with proper examples.

**Read Ahead:**