# Trending March 2024 # How To Round Numbers In Excel Using The Round Function # Suggested April 2024 # Top 4 Popular

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There are times where rounding values to the nearest decimal or whole number should be used to improve the look and clarity of your Excel presentation. When you round numbers, you remove the least significant digits. This results in more presentable values with your preferred level of accuracy.

Rounding is often used to give estimates and to make numbers easier to work with. For example, if I want to calculate the percentage discount and I get a number such as 17.3587563, rounding it to one decimal place will give me 17.4%, which is more presentable. In this tutorial we’ll show you how to round numbers using the ROUND function.

Excel ROUND Function

The ROUND function is the most popular and the most commonly used Excel function for rounding numbers. This function rounds numbers to the nearest decimal based on your specified number of digits. If the next digit to the right is 0, 1, 2, 3, or 4, it rounds down. If the next digit to the right is 5, 6, 7, 8, or 9, it rounds up. So “7.82564” rounded to two decimal places would become “7.83”. Here’s how to use the Excel ROUND function.

1. Open an existing Excel workbook with raw numbers or create a new worksheet. Then create a new column just next to the values you want to round up or dowm and give it a name.

The Formulas dropdown menu will open. Select the “ROUND” function in the menu options.

5. This will open up the function’s argument window where you’ll configure the function to your desired results. Enter the number you want to round in the “Number” field. The easiest way to do this is to enter the cell number to which you are referencing. In our case we’ll use B4 to specify the top cell in our values column.

Enter the number of digits to which the number should be rounded in the “Num_digits” field. This specifies the number of digits you want the resulting figure to have. For example, you can enter 2 to signify two decimal places.

If you want to round numbers to the nearest 10 or 100, insert a negative number in the “Number” field. Doing so will round the number to the right side of the decimal. For example, if you insert “-1” in the number field and you’re rounding a number, such as 427.13, the resulting figure would be 430.

That’s it. You’ve just rounded all the numbers to your desired number of digits.

Using the ROUND syntax

Alternatively, you can use a function’s syntax which is a lot easier compared to the method above.

A function’s syntax refers to the formula breakdown of the function and includes the function’s name, bracket, and arguments. The arguments are the “Number” and the “Num_digits.”

The Syntax for the ROUND formula is:

=

ROUND

(number, num_digits)

where “Number” is the value to be rounded and “Num_digits” is the number of digits to which the number will be rounded.

To use the ROUND syntax formula, simply follow the steps below.

1. Select the cell where you want the results to go.

3. Type in the syntax for the ROUND formula. Here’s how it would appear in our case.

4. Press Enter and the rounded value will appear in the results column. You can then drag down the rounded figure for the formula to apply to the rest of the cells.

Wrapping Up

Rounding numbers is a great way to make your Excel worksheet neat and presentable. And since the Excel ROUND function follows the mathematical rules for rounding numbers, you get highly accurate results that are a better representation of the actual figures.

Kenneth Kimari

Kenn is a tech enthusiast by passion, Windows blogger by choice, and a massive coffee imbiber. He likes watching sci-fi movies in his free time and tearing gadgets apart so he can fix them.

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You're reading How To Round Numbers In Excel Using The Round Function

## How To Round The Numbers In Typescript?

In this tutorial, we will learn to round numbers in TypeScript. In TypeScript, the number data types can contain number values with decimal parts, and sometimes, we require to remove decimal part by rounding the number value.

For example, if you want to show the progress of something in the application, and you are getting the decimal value of the progress, but you want to show the integer values only, then it is required to round the numbers.

Here, we will learn 3 to 4 different methods to round the numbers.

Using The Math.round() Method to Round a Number

In TypeScript, the Math.round() method is used to round the number to the nearest decimal point. It returns the integer value after rounding the number.

Syntax let number1: number = 322.3232; Math.round(number)

In the above syntax, we created the number variable and use the math.round() method to round the number.

Parameters

The Math.round() method takes a single parameter explained below.

number − It is a number value that needs to be rounded to the nearest integer.

Example

In the example below, we have created the four number variables containing the different values. After that, we used the Math.round() method to round every number value.

In the output, users can observe that as the decimal part of the number1 is near 322 than 323, it’s rounded down to 322. Same as the number1, number2 is nearest to 323, so it’s rounded up to 323. Also, number4 variable is rounded to infinity as its value is infinity.

let number1: number = 322.3232; let number2: number = 0.0300012; let number3: number = 322.98878; let number4: number = Infinity; console.log( "After rounding the " + number1 + " it's value is " + Math.round(number1) ); console.log( "After rounding the " + number2 + " it's value is " + Math.round(number2) ); console.log( "After rounding the " + number3 + " it's value is " + Math.round(number3) ); console.log( "After rounding the " + number4 + " it's value is " + Math.round(number4) );

On compiling, it will generate the following JavaScript code −

var number1 = 322.3232; var number2 = 0.0300012; var number3 = 322.98878; var number4 = Infinity; console.log("After rounding the " + number1 + " it's value is " + Math.round(number1)); console.log("After rounding the " + number2 + " it's value is " + Math.round(number2)); console.log("After rounding the " + number3 + " it's value is " + Math.round(number3)); console.log("After rounding the " + number4 + " it's value is " + Math.round(number4)); Output

The above code will produce the following output −

After rounding the 322.3232 it's value is 322 After rounding the 0.0300012 it's value is 0 After rounding the 322.98878 it's value is 323 After rounding the Infinity it's value is Infinity Using the Math.trunc() Method to Round Down a Number

The Math.trunc() method always round downs the number value passed as a parameter. We can also use the Math.truc() method to remove the decimal part of the number in TypeScript.

Syntax

Users can follow the syntax below to learn to use the Math.trunc() method to round down the number.

let var1: number = 100; Math.trunc(var1)

Here var1 is a value that needs to be rounded down.

Example

In the example below, we have defined four numbers and initialized them with various values. We used the Math.trunc() method to round down or remove the decimal part from the number.

In the output, users can see that var1, var2, and var3 are all variables rounded to 100 as the method removes the decimal part.

let var1: number = 100; let var2: number = 100.9999; let var3: number = 100.0001; let var4: number = 0.0001; console.log("After rounding down the " + var1 + " is " + Math.trunc(var1)); console.log("After rounding down the " + var2 + " is " + Math.trunc(var2)); console.log("After rounding down the " + var3 + " is " + Math.trunc(var3)); console.log("After rounding down the " + var4 + " is " + Math.trunc(var4));

On compiling, it will generate the following JavaScript code −

var var1 = 100; var var2 = 100.9999; var var3 = 100.0001; var var4 = 0.0001; console.log("After rounding down the " + var1 + " is " + Math.trunc(var1)); console.log("After rounding down the " + var2 + " is " + Math.trunc(var2)); console.log("After rounding down the " + var3 + " is " + Math.trunc(var3)); console.log("After rounding down the " + var4 + " is " + Math.trunc(var4)); Output

The above code will produce the following output −

After rounding down the 100 is 100 After rounding down the 100.9999 is 100 After rounding down the 100.0001 is 100 After rounding down the 0.0001 is 0 Using the Math.ceil() Method to Round Up a Number

Users can follow the syntax below to round up numbers using the Math.ceil() method.

Syntax let num1: number = 99.99; Math.ceil(num1)

Here num1is a number value we want to round up using the Math.ceil() method.

Example

Users can see that we used the Math.ceil() method to round up the numbers. In the output, we can observe that the num1 and num2 variables are rounded up to 100 even though num2 is very close to 99. As num3 is already an integer, it remains the same.

let num1: number = 99.99; let num2: number = 99.000001; let num3: number = 99; let num4: number = -Infinity; console.log("After rounding up the " + num1 + " is " + Math.ceil(num1)); console.log("After rounding up the " + num2 + " is " + Math.ceil(num2)); console.log("After rounding up the " + num3 + " is " + Math.ceil(num3)); console.log("After rounding up the " + num4 + " is " + Math.ceil(num4));

On compiling, it will generate the following JavaScript code −

var num1 = 99.99; var num2 = 99.000001; var num3 = 99; var num4 = -Infinity; console.log("After rounding up the " + num1 + " is " + Math.ceil(num1)); console.log("After rounding up the " + num2 + " is " + Math.ceil(num2)); console.log("After rounding up the " + num3 + " is " + Math.ceil(num3)); console.log("After rounding up the " + num4 + " is " + Math.ceil(num4)); Output

The above code will produce the following output −

After rounding up the 99.99 is 100 After rounding up the 99.000001 is 100 After rounding up the 99 is 99 After rounding up the -Infinity is -Infinity Using the toFixed() Method to Round a Number to Particular Decimal Point

In TypeScript, we can use the toFixed() method to round the numbers to a particular decimal point. For example, if we want to round numbers to till five decimal points, the toFixed() method keeps exactly five integers after the decimal point. If the number doesn’t have five or more than five integers after the decimal point, it appends 0, but it returns the number with exact 5 decimal values.

Syntax let variableA: number = 765.656566565565; variableA.toFixed(decimal_place)

The above syntax shows us to use of the toFixed() method with decimal numbers to round them.

Parameters

decimal_place − It is the total number of decimal places till you want to round referenced number.

Example

In the example below, we used the different numeric values with the toFixed() method to round to a particular decimal place. In the output, we can see how variableB is rounded to 5 decimal places by adding the zeros.

let variableA: number = 765.656566565565; let variableB: number = 765.2; let variableC: number = 765; console.log( "After rounding the " + variableA + " to 3 decimal place is " + variableA.toFixed(3) ); console.log( "After rounding the " + variableB + " to 3 decimal place is " + variableB.toFixed(5) ); console.log( "After rounding the " + variableC + " to 3 decimal place is " + variableC.toFixed(0) );

On compiling, it will generate the following JavaScript code −

var variableA = 765.656566565565; var variableB = 765.2; var variableC = 765; console.log("After rounding the " + variableA + " to 3 decimal place is " + variableA.toFixed(3)); console.log("After rounding the " + variableB + " to 3 decimal place is " + variableB.toFixed(5)); console.log("After rounding the " + variableC + " to 3 decimal place is " + variableC.toFixed(0)); Output

The above code will produce the following output −

After rounding the 765.656566565565 to 3 decimal place is 765.657 After rounding the 765.2 to 3 decimal place is 765.20000 After rounding the 765 to 3 decimal place is 765

In this tutorial, we have discussed different methods to round a number in TypeScript.

## Iphone 5S And 5C Rumor Round

iPhone 5S and 5C rumor round-up

Tomorrow an Apple event will play host to the launch of what’s expected to be more than one new iPhone device as well as the formal public release of iOS 7. This mobile operating system update to the iPhone, iPad, and iPod touch device family was introduced earlier this year at Apple’s yearly developers conference WWDC. The devices Apple is expected to unveil are both the iPhone 5S – an incremental update to the iPhone 5, and the iPhone 5C – the plastic-backed so-called “budget” device rumored for many moons, with bright colors all around.

SlashGear will be providing you with a liveblog of this Apple event starting tomorrow, September 10th, at a little before 10AM PST. You can also follow along with SlashGear through our Apple hub for each bit of news as it appears in kind – iPhone, iPad, iOS 7, and whatever else may come.

This event is set to “brighten your day”, as Apple has assured, this and the invite – and the decorations at Apple HQ today – suggesting that the multiple colors of at least one of the two new iPhones will be made apparent tomorrow. The iPhone 5C has been shown in several colors, with the fronts always appearing in white and the backs appearing in white, blue, yellow, green, and red.

While there’s been quite a bit of talk about the legitimacy of Apple device leaks over the past few weeks, the idea that Apple will be initiating measures in control, rather than “discounting” the iPhone for money’s sake, remains clear. Have a peek at the column Apple’s “budget” iPhone is about screen control, not cash and you’ll see how plain and simple the whole situation really could be.

As for specifications in the two iPhone devices suggested to be appearing this week – the story is very, very similar.

With the iPhone 5C, it’s rumored that the iPhone 5 will effectively be wrapped in this new device’s clothing. With the same display, same camera technology, and same set of processors and RAM, the iPhone 5C will likely take the place of the iPhone 4 and iPhone 4S, replacing the smaller display size altogether. This release will allow Apple to keep their display family tied down to one single unit for the smartphone environment.

The iPhone 5C will also likely be targeted at China. Apple has been tipped to have signed a deal with China Telecom, making way for the launch of what’ll essentially be a flood of iPhones for the massive market this late Summer and Autumn.

The iPhone 5S, on the other hand, will be seeing a bit of hardware that’s essentially the same as the iPhone 5. This device has been tipped to be appearing in three colors: white (similar to the iPhone 5), gray (lighter than the iPhone 5’s black), and Gold (a lighter tone closer to “champagne”). This device has also been rumored to be launching with fingerprint scanning technology under its home button and an improved camera setup at its back.

The back-facing camera on the iPhone 5S has been seen sporting a dual-LED flash and has appeared in specification sheets with a new F2.0 aperture. This new aperture would allow the iPhone 5S to work better in low-light conditions than any iPhone before.

The iPad and the iPad mini could be revealed tomorrow, but it’s just as likely that they’ll be launched at a slightly lower-key event in the near future. The new iPad – that’s the iPad 5th generation device – will likely appear with a look much closer to that of the iPad mini, complete with smaller bezels on its left and right and an overall thinner body.

The iPad and the iPad mini will be keeping the same dimension displays they’ve sported in the past, but it’s been rumored that the iPad mini could be rolling out with an improved bit of sharpness – more “retina” in quality than the slate’s first generation. The launch of these devices will allow Apple to make the tablet-based iteration of iOS 7 a far bigger deal than if it’d only launched it on devices that’ve been on the market for several months.

There’s also a chance that Apple may make mention of their desktop hero device: the 2013 Mac Pro. This cylindrical beast is still scheduled for release later this year, and there’s not a whole lot left for Apple to reveal about it other than its final release details. It’s also possible that Apple will reserve a spot for the Mac Pro at a later event to speak about this desktop machine at an event with more OS X Mavericks news bits and pieces – we shall see!

IMAGE VIA: Rendering by Martin Hajek

## Large Function In Excel (Formula, Examples)

LARGE Function in Excel

A large function in excel is an inbuilt statistical function that returns the nth position or Kth position from the selected numerical array. If the Kth position is greater or larger than the values, there is an array, or if we keep the Kth position blank, it will return #Num! As error. This means while putting the Kth value in the syntax, we need to put the value which is the lowest number from the selected array or any lowest number, but it should not be in an array.

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This function can sort the information provided and find the maximum value.

LARGE Formula in Excel

Below is the LARGE Formula:

Array–the array or range of data from which we want to select the largest value.

K – An integer value specifies the position from the largest value.

As the LARGE function falls under the Statistical function category, and it is a built-in function in Excel, i.e. this function can be found under the FORMULAS tab in Excel. The steps are as follows:

Select the Statistical functions category. It will open the drop-down list of functions.

After selecting the LARGE function, a Function arguments box will pop up.

Enter the Array field with an array or range of data you want to find the nth largest value.

Enter the K field; it is the position from the largest value in the array of the value to return.

How to use the LARGE Function in Excel?

LARGE Function is very simple to use. Let us now see how to use a LARGE function with the help of some examples.

You can download this LARGE Function Excel Template here – LARGE Function Excel Template

Example #1

Suppose we have company employee data, and the company distributes incentives to their employees based on their performance. We need to find out the name of the employees who are in the top 3 on the list and received the highest incentives.

To find the employee name who has achieved the largest incentive, will use the below formula:

=LARGE(C4: C13,1)

The Result is:

To find the employee name who has achieved the second-largest incentive, will use the below formula:

=LARGE(C4: C13,2)

To find out the employee name who has achieved the 3rd largest incentive, will use the below formula:

=LARGE(C4: C13,3)

The Result is:

The final results are:

Example #2

Let’s consider the below example with some values.

We need to arrange the above data in the order of Largest to smallest. With the help of the LARGE function, we can do this very easily.

=LARGE(A25:A31,1)

Similarly, we find other values

Example #3

Let’s assume Sales data is given, and we want to see the total sales from the top 5 performers.

We want to see the sales done by the top 5 sales employee:

We will apply the LARGE function to select the top 5 sales performers by passing the positions from 1 to 5 as an array as a second argument (k) position and summing those values.

The formula used for solving this problem is:

=SUM (LARGE(B37:B51,{1,2,3,4,5}))

The final result is:

Things to Remember

If the LARGE function returns the error value #NUM!, it means

The second argument value (k) is less than 1 or greater than the number of values in the given array.

The given array is empty.

Suppose the function returns the error value #VALUE! – means the second argument (k) is non-numeric.

The LARGE function is used to sort the data.

This has been a guide to Excel LARGE Function. Here we discuss the LARGE Formula and how to use the LARGE function, along with practical examples and a downloadable Excel template. You can also go through our other suggested articles –

## How To Use Offset Function In Excel Vba With Example?

Excel VBA OFFSET Function

As there are two things in this word, one is VBA and other is OFFSET. In this, I’ll be explaining how to use OFFSET function using VBA (Visual Basic for Applications).

VBA – It is a programming language for those who work in Excel and other Office programs, so one can automate tasks in Excel by writing Macros.

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OFFSET – It is a reference function in Excel. The OFFSET function returns a reference to a range that is a specific number of rows and columns from another range or cell. It is one of the most important notions in Excel.

Let’s consider we have a dataset which consists of columns Customer Name, Product, sales, Quantity, Discount.

Suppose on the chance that we need to move down from a particular cell to the particular number of rows and to choose that cell at that point of time OFFSET function is very useful. For example, from cell B1 we want to move down 5 cells and want to select 5th cell i.e. B6. Suppose, if you want to move down from B1 cell 2 rows and goes 2 columns to the right and select that cell i.e. cell D3.

To use OFFSET function in VBA, we have to use VBA RANGE object because OFFSET refers cells and from that RANGE object we can use OFFSET function. In Excel, RANGE refers to the range of cells.

Let’s take a look at how OFFSET is used with RANGE.

Range(“A1”).offset(5).select

How to Use the OFFSET Function in Excel VBA?

Below are the different examples to use OFFSET Function in Excel using VBA Code.

You can download this VBA OFFSET Excel Template here – VBA OFFSET Excel Template

VBA OFFSET – Example #1

Step 2: Drag the arrow at any cell to create a Command Button.

Code:

End Sub

Step 4: Inside this function, we have to write our code of OFFSET for selecting cells. As mentioned in the previously we have to use OFFSET function with RANGE in VBA.

Range(

End Sub

Step 5: In this code, we have to select the 5th cell of column Product i.e. B6. Cell1 in Range is B1 because we have to move down 5 cells from cell B1 to B6 i.e 5 cells down.

Code:

Range(“B1”).Offset(

End Sub

OFFSET function has two arguments:

RowOffset: How many rows we want to move from the selected row. We have to pass the number as an argument.

ColumnOffset: How many columns we want to move from the selected row.

Step 6: Now I want to select cell B6 i.e I have to move down 5 cells. So, we have to enter 5 as the parameter for Row Offset.

Code:

Range(“B1”).Offset(5)

End Sub

Step 7: After closing the bracket we have to put a (.) dot and write the Select method.

Code:

Range(“B1”).Offset(5).Select

End Sub

VBA OFFSET – Example #2

In this example, we will see how to use Column OFFSET argument. We will be working on the same data. All the above steps will be the same but we need to make a change in code.

Since I want to move down 5 cells and take the right 3 columns to reach the cell E6.

Code:

Range(“B1”).Offset(5, 3).Select

End Sub

Things to Remember

It is a reference function in Excel. The OFFSET function returns a reference to a range that is a specific number of rows and columns from another range or cell.

VBA OFFSET is used with RANGE object in VBA.

Recommended Articles

This is a guide to VBA OFFSET. Here we discuss how to use OFFSET function in Excel using VBA code along with practical examples and downloadable excel template. You may also look at the following articles to learn more –

## How To Write, Build, And Use Vlookup Function In Excel

The VLOOKUP function in Microsoft Excel literally means vertical lookup. It’s a search function for querying values in the cell of a column. This function searches for the data relative to the entries in the first column from the left.

A vertical data search is most vital when dealing with tables with numerous columns and rows. Instead of scrolling through and analyzing hundreds of cells, Excel’s VLOOKUP function helps you find the data you’re looking for by looking up the values from top to bottom.

Create, build & use Excel’s VLOOKUP function

In our example, we’ll work with a VLOOKUP function that searches for information about seven employees’ salaries. This section shows you how to use the VLOOKUP function in the following ways:

Write the Excel VLOOKUP function.

Build a VLOOKUP function in Excel.

Without further ado, let’s get to it. In the first method, we’ll create the function manually. Next, we’ll use it from Excel’s inbuilt Functions Arguments wizard.

1] Write the Excel VLOOKUP function

Launch Microsoft Excel and make a column for the values that act as unique identifiers. We’ll call this the reference column.

Add some more columns to the right-hand side of the first one you created in the first step and insert values for the cells in these columns.

=VLOOKUP()

On entering the above formula, Excel suggests the VLOOKUP syntax:

=VLOOKUP(vlookup_value,table_array,col_index_num,range_lookup) Arguments or parameters

Here are what the above arguments define in the syntax:

lookup_value: the cell with the product identifier from the reference column.

table_array: the data range from with to search. It must contain the reference column and the column containing the value you’re looking up. In most cases, you can use the entire worksheet. You can drag your mouse over the values of the table to select a data range.

col_index_num: the number of the column from which to look up a value. You put this in from left to right.

range_lookup: TRUE for an approximate match, FALSE for an exact match. The value is TRUE by default, but you generally use FALSE.

With this information, we’ll now replace the parameters in the parenthesis with the information we wish to look up. For example, to return Wayne Creed‘s salary, enter the following formula:

=VLOOKUP(C14,B5:E11,6,FALSE)

On navigating away from the cell with the VLOOKUP formula, it returns the value for which you queried. If you get a #N/A error, read this Microsoft guide to learn how to correct it.

2] Build a VLOOKUP function in Excel

The first part showed you how to create a VLOOKUP function manually. If you thought the above method was easy, wait till you read this. Here, you’ll learn how to build a VLOOKUP function quickly using the user-friendly Functions Arguments wizard.

Open Microsoft Excel first, and create a reference column that will contain unique identifiers.

Next, create some more columns on the right-hand side of the reference column. Here, we’ll insert the relevant values for the items on the reference column.

Select an empty cell and type in a value from the reference cell. This is the value whose properties we’ll lookup.

Select the Lookup & Reference tool from the Functions Library and choose VLOOKUP from the dropdown menu. This opens the Functions Arguments wizard.

Fill in the Lookup_value, Table_array, Col_index_num, and Range_lookup fields in the Functions Arguments wizard specified in the first method.

Hit the OK button when you’re done, and the VLOOKUP function will return the results from the arguments you entered.

This guide will help you if the Excel formula fails to update automatically.

Both methods will successfully query the data you need in reference to the first column. The Formulas Argument wizard makes it easy to input the variables to make the VLOOKUP function work.

However, the VLOOKUP function also works on the web version of Excel. You also get to use the Functions Argument wizard or create the VLOOKUP function manually on the web version.

Let us take a look at the HLOOKUP function in Excel now.

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