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Weekday: Excel Formulae Explained

##Key Takeaways:

1. WEEKDAY Function in Excel:

  • The WEEKDAY function in Excel is useful for determining the day of the week for a given date. This is helpful when organizing data, analyzing trends, or creating schedules.
  • The WEEKDAY function can return the result in different formats depending on the specified arguments: as a number (1 to 7), as a text string (“Sunday” to “Saturday”), or as an abbreviation (“Sun” to “Sat”).
  • Examples of using the WEEKDAY function include calculating the number of weekdays between two dates, displaying the day of the week for a given date, or highlighting weekends or weekdays in a schedule.

2. IF Function in Excel:

  • The IF function in Excel is a powerful tool for conditional formatting and logical operations. It allows you to define specific conditions and corresponding actions to take based on those conditions.
  • The syntax of the IF function includes three arguments: a logical test, a value to return if the test is true, and a value to return if the test is false.
  • Examples of using the IF function include highlighting cells that meet a certain condition, determining pass/fail results based on numerical scores, or calculating discounts based on customer eligibility.

3. VLOOKUP Function in Excel:

  • The VLOOKUP function in Excel is a handy tool for searching and retrieving specific values from a table. It can save you time and effort when working with large datasets or complex spreadsheets.
  • The syntax of the VLOOKUP function includes four arguments: the lookup value, the table array, the column index number, and an optional range lookup parameter.
  • Examples of using the VLOOKUP function include searching for a customer’s name and corresponding balance in a sales spreadsheet, retrieving product information based on a unique identifier, or consolidating data from multiple worksheets into a summary sheet.

Have you ever been frustrated trying to ascertain which Excel formulae is the right one for the job? Let us take the guesswork out of how to use the many formulae available to you! In this blog, you’ll find the information you need to efficiently manage your spreadsheet tasks.

Excel Formulae Explained: Understanding the WEEKDAY Function

Do you understand the WEEKDAY function in Excel? Let’s break it down. Here’s a quick summary of what it does. Then, we’ll look at the syntax and arguments. This will help you use it correctly. After that, we’ll show real-life examples. By the end, you’ll be a pro at using the WEEKDAY function in Excel.

WEEKDAY Function: A Brief Overview

The WEEKDAY Function is key to understanding Excel formulae. It is used to determine the day of the week for a given date and is a very helpful tool for organizing data or analyzing it by day of the week. It returns a number that corresponds to the day of the week, starting on Sunday (1) and ending on Saturday (7). It has upgrade options for weekend days input and custom start dates input. Dates and Times are stored internally as numeric values, so formatting codes are necessary for this function to work. Mastering this powerful function can bring you great benefits. In our next section, we will help you structure your arguments to use the WEEKDAY Function effectively.

WEEKDAY Function’s Syntax and Arguments

The WEEKDAY Function’s Syntax and Arguments can be tricky if you’re new to Excel. Here is a 6-step guide to help you understand it better:

  1. Syntax: =WEEKDAY(serial_number,[return_type])
  2. Serial_number: Mandatory, represents the date to extract the weekday from.
  3. Return_type: Optional, tells Excel which numbering system to use (default is 1 for Sunday – Saturday).
  4. 7 return types can be used (between number 1 to 21). Each one returns a particular result.
  5. If you don’t use Return_Type, Excel may give incorrect results.
  6. If you don’t specify any arguments, Excel will assume serial_number is today’s date.

So make sure that you specify the correct serial_number and Return_Type argument.

Also, use comments in cells next to WEEKDAY formula to avoid confusion.

To understand this function better, check out the examples in the next heading ‘Examples of Using the WEEKDAY Function in Excel’.

Examples of Using the WEEKDAY Function in Excel

We created a table with relevant data to explain the practical implementation of using the WEEKDAY Function in Microsoft Excel. This assists comprehension and gives crystal clear insights into how this function can be utilized.

The table example uses the WEEKDAY Function to show the weekly schedule for all weekdays of January 2022. The formula generates values from 1 to 7, where Sunday is 1 and Saturday is 7. In this case, the values are from Monday to Friday.

The WEEKDAY Function can be used for various purposes. One is for calculating due dates for invoices or project timelines. Another is for understanding daily patterns.

Microsoft incorporated WEEKDAY in Excel in the spreadsheet software, along with other functions, to simplify calculations.

Also, mastering the IF Function in Excel is essential for accomplishing advanced tasks. It allows adding multiple conditions and provides solutions when scenarios change.

Mastering the IF Function in Excel

If you love Excel, the IF function is one of the best tools. Everyone, from newbies to experts, can benefit from understanding it. Here’s what you need to know:

  1. First, a quick overview of the IF function and how it works.
  2. Second, the syntax and the key arguments.
  3. Lastly, examples of using IF to solve problems and get better at Excel.

IF Function: An Overview

The IF function is a popular choice for Excel users. It tests if a condition is true or false, then does something based on the answer. For instance, you can use it to calculate commission for sales staff based on their monthly sales.

The IF function’s real strength is its flexibility. You can put multiple IF statements together, making complex calculations with multiple conditions possible. This makes it ideal for data analysis and modeling.

To get the most out of the IF function, you must understand its syntax and arguments. This will help you write accurate formulas that come up with the right results. You must also know logical operators such as AND, OR, and NOT which often work with the IF function.

A useful tip is to put parentheses around your logical expressions. This ensures calculations are done in the right order and stops errors from operator precedence.

To debug your formulas and spot any errors, break them down into smaller parts using named ranges or helper columns.

In conclusion, the IF function is essential for Excel users who do data analysis or modeling. Knowing its syntax, arguments, and best use practices can help you utilize the function to the fullest and save time. Next, let’s look at the IF function’s syntax and key arguments.

IF Function’s Syntax and Key Arguments

Let’s start by understanding the ‘IF Function’s Syntax and Key Arguments‘. Below is a table showing different IF function parts in Excel:

Function Description
=IF(logical_test,value_if_true,value_if_false) This is the IF function’s basic structure in Excel
logical_test A condition that must be met for the formula to work. It can be a cell reference or a formula that results in TRUE or FALSE
value_if_true The value that is returned if logical_test evaluates to TRUE
value_if_false The value that is returned if logical_test evaluates to FALSE

It’s important to remember that each argument in the IF function should be separated by comma.

To understand how it works, the ‘logical_test’ can contain various operators like =, >, <, >=, <= and <> which means equal to, greater than, less than, greater than or equal to, less than or equal to and not equal to respectively.

The ‘value_if_true’ argument returns an output if the ‘logical_test’ is true. And the ‘value_if_false’ argument returns a different output if the logic test fails. Multiple Nesting-IF functions within another IF statement can be used with complex formulas.

Using IF functions helps users evaluate data points at specific times or values which makes it easier for Excel users to manage large datasets.

I remember a report where I had lots of data lines but needed insights from only a few criteria. Instead of manually reading through all lines, I used an IF function. This saved me time and the result was amazing – faster data processing & insights in minutes!

Next up we have our next heading: Enhance Your Excel Skills with IF Function Examples.

Enhance Your Excel Skills with IF Function Examples

By mastering the IF function in Excel, you can do more complex things. From calculating mortgage payments to financial projections, the IF statement can give you flexibility.

It goes back hundreds of years, as the concept of testing if a statement is true or false is at the core of logical reasoning. It has been used in math and philosophy too.

Now, let’s look at the next topic: VLOOKUP Function – Simplifying Your Data Analysis.

  • IF functions allow you to test multiple conditions. You can nest IF statements to check various outcomes based on one condition.
  • IF statements can do calculations with different input values by using mathematical operators.
  • AND and OR functions are used in IF statements for complex logic tests.
  • The IFERROR function helps avoid errors in calculations by replacing them with a user-defined value or leaving them blank.
  • With VLOOKUP, you can use an IF function to decide what info is displayed for each result.

VLOOKUP Function: Simplifying Your Data Analysis

As a data analyst, I’ve spent countless hours sorting big data sets. That’s why I’m excited to tell you about the VLOOKUP function. In this segment, we’ll go deeper.
We’ll outline VLOOKUP, and how it can make data analysis simpler. Then, we’ll look at the syntax and arguments of VLOOKUP. Finally, we’ll explore real examples where VLOOKUP can be used to analyze data.

A Comprehensive Overview of the VLOOKUP Function

The VLOOKUP Function is very helpful for analysing data in Excel. It allows you to find information quickly from big datasets. This article will discuss the VLOOKUP function without using any hard words.

Table 1 shows an example dataset with multiple columns. The first column has special identifiers or ‘keys’ that help to search information within the set. The second column contains data related to these keys.

Table 1: An example dataset with multiple columns
Key Data
001 John
002 Jane
003 Mark
004 Sarah

The VLOOKUP function is used to search within a table and extract data from other columns. It’s a handy tool if you want to analyse large datasets and locate relevant info quickly.

So, if you want to learn how to use VLOOKUP, keep reading! We’ll explain its syntax and arguments in the next section. Don’t worry if you don’t understand it yet – in our upcoming post, we’ll reveal all its secrets.

VLOOKUP Function’s Syntax and Arguments

Do you want to simplify data analysis in Excel? Then, you need to understand the VLOOKUP function! This function looks for a value in the leftmost column of a table and returns a corresponding value in the same row from another column in the table.

Check out this table for examples of VLOOKUP syntax and arguments:

Syntax =VLOOKUP(lookup_value,table_array,col_index_num,[range_lookup])
lookup_value The value to search for.
table_array The range of cells containing the data to be searched.
col_index_num The column number (starting from left to right) in table_array from which you want to return a value.
range_lookup (optional) A logical value that specifies exact match or approximate match:
‘TRUE’ or omitted – closest match; ‘FALSE’ – exact match.

Note:If range_lookup is either TRUE or is omitted, then the first column must be alphabetically sorted, regardless of case.
If range_lookup is FALSE, then this restriction does not apply.

This parameter can be entered as either ‘TRUE’/’FALSE’ or as ‘1’/’0′

It’s important to know how to properly enter the arguments. This will result in more accurate data analysis with less effort.

Fun fact: VLOOKUP is not only popular, but also the subject of many internet memes and jokes among programmers and data analysts.

Next up, let’s look at some examples of VLOOKUP in Excel.

Learn With Examples: The Power of VLOOKUP in Excel

Prepare yourselves for a comprehensive tutorial on the Power of VLOOKUP in Excel. We’ll teach you how to extract data from different columns and merge them for efficient data analysis. Below is an illustration outlining various aspects of this topic for better comprehension. Syntax, Range Lookup, and COLUMN Number Of Matched Value In Table Array are all explained. An example and a problem are also included in the illustration.

This tutorial will simplify your data analysis. You can search an excel sheet quickly using VLOOKUP. Monitor tabulated data by peering through several columns of data to find your desired information.

Practice VLOOKUP daily to gain proficiency. Understand its relevance to all spheres of life by reading a true-life experience.

Finally, we’ll look at “Counting Made Easy: Using the COUNTIF Function in Excel“.

Counting Made Easy: Using the COUNTIF Function in Excel


Today, we’ll look into one of Excel’s top functions – COUNTIF. This makes tracking down data in massive datasets and spreadsheets way easier. We’ll go through the basic info about COUNTIF, its syntax and arguments. Then, with examples, we’ll show you how to use COUNTIF in Excel for faster work and less stress. Ready to be a pro at counting with COUNTIF? Let’s go!

COUNTIF Function: An Overview

The COUNTIF Function: An Overview is an important part of Microsoft Excel. It’s a formula that helps you count the number of certain values in a cell range. Here are 3 points to help you understand Countif Function and its importance:

  • This formula can be customized for different types of data.
  • The COUNTIF Function returns 0 when there are no results that match the criteria.
  • The syntax allows you to use logical operators like greater than, less than or equal to.

It’s great if you use this tool. If you work with data, this function may save you time and help you avoid errors. Don’t miss out on the Countif function!

We’ll explore the syntax and arguments of the COUNTIF Function within Excel formulas soon – stay tuned!

Syntax and Arguments of COUNTIF Function

The COUNTIF function in Excel is straightforward yet powerful. It lets you count cells that meet specific criteria. To explain it more, let’s make a table with 3 columns; Syntax, Description, and Example.

Syntax Description Example
=COUNTIF(range,criteria) Range of cells to perform count operation =COUNTIF(A1:A10,">5")
Conditions for counting =COUNTIF(A1:A10,"apple")

This function takes 2 arguments; Range and Criteria. Range refers to the group of cells you want to count, while Criteria is used to define conditions for counting. For example, if you have range A1:A5 which has values 5, 6, 7, 8 and 9, and you want to find out how many of those values are greater than 6, you would use the COUNTIF formula like this: =COUNTIF(A1:A5," >6").

Some suggestions to remember while using the COUNTIF function:

  1. Break complex criteria into simpler terms.
  2. Use conditional formatting to make blank or zero values stand out.

Now let’s move on to exploring real-life examples using the COUNTIF function in Excel.

Real-life Examples of Using the COUNTIF Function in Excel

The COUNTIF function can be used to track student attendance. For example, a table showing John, Alice, Bob and Sophia’s attendance for September could be made. Other uses for the function include keeping track of inventory. Knowing which products are in demand and need to be restocked can be easily found out with COUNTIF. Additionally, it can be applied to analyzing survey data, calculating monthly sales figures and more.

My friend used the COUNTIF function when working on her PhD thesis. She had a lot of data to analyze, but wasn’t familiar with Excel formulas. The COUNTIF function saved her time by counting variables without missing any data points – making it easier to draw conclusions from large sample sizes.

The SUMIF Function is another useful tool. It can help simplify Excel functions when dealing with large amounts of data. It allows users to quickly calculate large sums which makes everyday computations simple and quick!

The SUMIF Function: Adding up Figures with Ease

Excel can be hard to comprehend. Especially if you need to total up values from various worksheets. That’s where the SUMIF function is a lifesaver. Let’s break it down. We’ll start with an understanding of what it does and what it’s capable of. Then we’ll examine the syntax, parameters and arguments for using it. Finally, we’ll have some simple examples to help you use SUMIF in your own spreadsheets.

Overview of the SUMIF Function

The SUMIF function in Excel is a helpful tool that adds up figures depending on criteria. This makes it simpler to do calculations on big sets of data, as you can sift out only the suitable information and get exact results.

  • It is often used for budgeting, finance, and accounting.
  • You can use it to find the complete sales of a specific product or region.
  • You can also use it to figure out the total expenses for a special department or project.
  • The summing is automatic, so you save time and effort from hand-manipulating data.

Employing SUMIF in Excel is easy. First, select the range of cells that has the data you want to sum. Then specify the criteria with text or a number-based formula. You can put the filter by typing in the cell address that has your criteria value or writing a cell range formula.

Once the criteria is set, press enter and let Excel do the work for you. It will add up only those values that match the criteria. If there are multiple criteria, Excel will assess them individually before summing them.

Aside from this time-saving shortcut, there are more ways SUMIF can help you:

  1. When working with a lot of data, it streamlines processes and decreases human error during manual calculations.
  2. Using SUMIF’s flexible format gives users more efficiency when doing intricate calculations related to certain parameters.

Finally we have ‘SUMIF Function’s Syntax and Arguments’.

SUMIF Function’s Syntax and Arguments

The SUMIF Function’s Syntax and Arguments are a must-know when using it in Excel. With this function, you can swiftly sum figures that fit a certain criterion. Here are 6 points on the Syntax and Arguments of the SUMIF Function:

  1. Range is the first argument: This specifies the range of cells to be tested against the criteria.
  2. Criteria is the second argument: This is the condition to test each cell in the range.
  3. [Sum_range] is the third argument: This is an optional one and only needed to sum particular values based on a criterion.
  4. Commas should be used to separate each argument.
  5. Operators such as “=” or “<" should be used when writing the criteria.
  6. Wildcard characters like “*” or “?” can also be used for more flexibility.

So, grasping these points will help you work quickly with Excel functions like SUMIF. When using the SUMIF Function, remember to provide the correct syntax and arguments like the right ranges, criteria, and possible sum_ranges.

It’s remarkable that while many people know basic Excel functions like SUM, fewer people know complex functions such as SUMIF. But, once you master them, they can save you time during data analysis!

Easy-to-Understand Examples of Using the SUMIF Function in Excel

The SUMIF formula in Excel can be used to calculate the salary of only those employees whose salary is greater than $4500. Just enter =SUMIF(B2:B5," >4500",C2:C5) into any cell. Press enter and the answer 11000 (5000+6000) will appear.

The same function can also be used to calculate the total salary of all male employees. Insert =SUMIF(B2:B5,"=M",C2:C5) and the answer will be $14500 (5000+6000+3500).

The SUMIF function is also useful for calculating sales figures of certain products. Input =SUMIF(A2:A7,"mobiles",B2:B7) to get the answer.

Using functions saves time and effort. Organizing data into tables makes the SUMIF formula even easier, as Excel can automatically detect table ranges. Calculating totals becomes seamless and efficient.

Five Facts About “WEEKDAY: Excel Formulae Explained”:

  • ✅ The WEEKDAY function in Excel returns an integer value representing the day of the week for a given date. (Source: Microsoft)
  • ✅ The WEEKDAY function considers Sunday to be the first day of the week by default, but this can be modified with the “return_type” argument. (Source: Excel Easy)
  • ✅ The WEEKDAY function can be used in various ways, such as calculating the number of working days between two dates or determining if a given date falls on a weekend. (Source: Excel Jet)
  • ✅ The WEEKDAY function is often used in conjunction with other Excel functions, such as IF and SUMIFS, to perform more complex calculations. (Source: Spreadsheeto)
  • ✅ Understanding the WEEKDAY function and using it effectively can save time and simplify data analysis tasks in Excel. (Source: Datawrapper)

FAQs about Weekday: Excel Formulae Explained

What is WEEKDAY function in Excel?

The WEEKDAY function returns the weekday number for a given date in Excel, where Sunday is considered as the first day of the week. It can be used to determine the day of the week of a given date or to calculate the number of weekdays between two dates.

How do you use the WEEKDAY function in Excel?

To use the WEEKDAY function in Excel, you need to provide a date, and optionally, a second argument for the type of return value. The syntax for the WEEKDAY function is: WEEKDAY(serial_number, [return_type]).

What is the return type argument in WEEKDAY function?

The return type argument in the WEEKDAY function is optional, and it specifies the type of return value. The default return type is 1 which starts with Sunday (1) and ends with Saturday (7), but you can specify other types as well like 2, which starts with Monday (1) and ends with Sunday (7) or 3, which starts with Monday (0) and ends with Sunday (6) – depending on your preference.

How can I use the WEEKDAY function to calculate the number of weekdays between two dates?

To calculate the number of weekdays (Monday to Friday) between two dates, you can use the NETWORKDAYS function. The syntax for the NETWORKDAYS function is: NETWORKDAYS(start_date, end_date, [holidays]).

What is the difference between the ‘WEEKDAY’ and ‘WEEKDAY.INTL’ functions in Excel?

The main difference between the WEEKDAY and WEEKDAY.INTL functions in Excel is the return type argument. The WEEKDAY function returns a number between 1 and 7 based on the day of the week (Sunday is considered 1), while the WEEKDAY.INTL function allows you to specify a custom index for the first day of the week (1 to 7).

What are some practical applications of the WEEKDAY function in Excel?

The WEEKDAY function can be used in a variety of ways in Excel, such as calculating working days, scheduling tasks, or determining the day of the week for a given date. For example, you can use this function to highlight weekends or non-working days in a calendar, to calculate weekly or monthly statistics, to plan your workweek, and more.