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## Commonly Used Data Analysis Functions in Excel

On the off chance that you've ever utilized Excel, at that point you've presumably encountered the distress of picking an erroneous formula to dissect a data set. Perhaps you chipped away at it for quite a long time, at last surrendering in light of the fact that the data yield wasn't right or, the function was excessively muddled, and it appeared to be easier to tally the data yourself physically. In the event that that seems like you, at that point this Data Analysis in Excel top 15 is for you.There are many functions in Excel, and it tends to be overpowering attempting to coordinate the correct formula with the correct sort of data analysis. The most helpful functions don't need to be muddled. Fifteen straightforward functions will improve your capacity to dissect data, making you can't help thinking about how you ever lived without them.Regardless of whether you fiddle with Excel or use it vigorously at your specific employment, there is a function for everybody in this rundown.1. CONCATENATE() FUNCTION=CONCATENATE is one of the easiest to learn but most powerful formulas when conducting data analysis. Combine text, numbers, dates and more from multiple cells into one. This is an excellent function for creating API endpoints, product SKUs, and Java queries.Formula: =CONCATENATE(SELECT CELLS YOU WANT TO COMBINE)=CONCATENATE(A2,B2)2. LEN() FUNCTION=LEN quickly provides the number of characters in a given cell. As in the example above, you can identify two different kinds of product Stock Keeping Units (SKUs) using the =LEN formula to see how many characters the cell contains. LEN is especially useful when trying to determine the differences between different Unique Identifiers (UIDs), which are often lengthy and not in the right order.Formula: =LEN(SELECT CELL)=LEN(A2)3. COUNTA() FUNTION=COUNTA identifies whether a cell is empty or not. In the life of a data analyst, you’re going to run into incomplete data sets daily. COUNTA will allow you to evaluate any gaps the dataset might have without having to reorganize the data.Formula: =COUNTA(SELECT CELL)=COUNTA(A10)4. DAYS/NETWORKDAYS() FUNCTION=DAYS is exactly what it implies. This function determines the number of calendar days between two dates. This is a useful tool for assessing the lifecycle of products, contracts, and run rating revenue depending on service length – a data analysis essential.=NETWORKDAYS is slightly more robust and useful. This formula determines the number of “workdays” between two dates as well as an option to account for holidays. Even workaholics need a break now and then! Using these two formulas to compare time frames is especially helpful for project management.Formulas: =DAYS(SELECT CELL, SELECT CELL)OR=NETWORKDAYS(SELECT CELL, SELECT CELL,[numberofholidays])note: [numberofholidays] is optional=DAYS(C8,B8)OR=NETWORKDAYS(B7,C7,3)5. SUMIFS() FUNCTION=SUMIFS is one of the “must-know” formulas for a data analyst. The common formula used is =SUM, but what if you need to sum values based on multiple criteria? SUMIFS is it. In the example below, SUMIFS is used to determine how much each product is contributing to top-line revenue.Formula: =SUMIF(RANGE,CRITERIA,[sum_range])note: [sum_range] is optional=SUMIF($B$2:$B$28,$A$2:$A$28,$F2) 6. AVERAGEIFS() FUNCTIONMuch like SUMIFS, AVERAGEIFS allows you to take an average based on one or more criteria.Formula: =AVERAGEIF(SELECT CELL, CRITERIA,[AVERAGE_RANGE])note: [average_range] is optional=AVERAGEIF($C:$C,$A:$A,$F2)7. VLOOKUP() FUNCTIONVLOOKUP is one of the most useful and recognizable data analysis functions. As an Excel user, you’ll probably need to “marry” data together at some point. For example, accounts receivable might know how much each product costs, but the shipping department can only provide units shipped. This is the perfect use case for VLOOKUP.In this example below we use reference data (A2) combined with the pricing table to have excel looking up matching criteria in the first column and returning an adjacent value.Formula: =VLOOKUP(LOOKUP_VALUE,TABLE_ARRAY,COL_INDEX_NUM, [RANGE_LOOKUP])=VLOOKUP($A2,$G$1:$H$5,2,0)8. FIND/SEARCH() FUNCTION=FIND/=SEARCH are powerful functions for isolating specific text within a data set. Both are listed here because =FIND will return a case-sensitive match, i.e. if you use FIND to query for “Big” you will only return Big=true results. But a =SEARCH for “Big” will match with Big or big, making the query a bit broader. This is particularly useful for looking for anomalies or unique identifiers.Formula: =FIND(TEXT,WITHIN_TEXT,[START_NUMBER]) OR =SEARCH(TEXT,WITHIN_TEXT,[START_NUMBER])note: [start_number] is optional and is used to indicate the starting cell in the text to search=(FIND(“Big”, A2,1)””)9. IFERROR() FUNCTION=IFERROR is something that any analyst who actively presents data should take advantage of. Using the previous example, looking for specific text/values in a dataset won’t return a match. This causes a #VALUE error, and while harmless, it is distracting and an eyesore.Use =IFERROR to replace the #VALUE errors with any text/value. In the example above, the cell is blank so that data consumers can easily pick out which rows returned a matching value.Formula: =IFERROR(FIND“VALUE”,SELECT CELL,VALUE_IF_ERROR)=IFERROR(FIND“BIG”,A6,1),“”)10. COUNTIFS() FUNCTION=COUNTIFS is the easiest way to count the number of instances a dataset meets a set of criteria. In the example above the product name is used to determine which product was the best seller. COUNTIFS is powerful because of the limitless criteria you can input.Formula: =COUNTIFS(RANGE,CRITERIA)=COUNTIFS($A:$A,$F9)11. LEFT/RIGHT() FUNCTION=LEFT, =RIGHT are efficient and straightforward methods for extracting static data out of cells. =LEFT will return the “x” number of characters from the beginning of the cell, while =right will return the “x” number of characters from the end of the cell. In the example below, =LEFT is used to extract the consumer’s area code from their phone number, while =RIGHT is used to extract the last four digits.Formula: =LEFT(SELECT CELL,NUMBER)=LEFT(A6, 3)OR=RIGHT(SELECT CELL,NUMBER)=RIGHT(A6,4)12. RANK() FUNCTION=RANK is an ancient excel function, but that doesn’t downplay its effectiveness for data analysis. =RANK allows you to quickly denote how values rank in a dataset in ascending or descending order. In the example, RANK is being used to determine which clients order the most product.Formula: =RANK(SELECT CELL,RANGE_TO_RANK_AGAINST,[ORDER])note: [order] is optional=RANK($B7,$B$2:$B$7,0)note: 0 returns the largest value ranked #113. MINIFS() FUNCTION=MINIFS is very similar to the min function except it allows you to take the minimum of a set of values, and match on criteria as well. In the example, =MINIFS is used to find the lowest price each product sold for.Formula: =MINIFS(RANGE1,CRITERIA1,RANGE2)=MINIFS($B$B,$A:$A,$E5)14. MAXIFS() FUNCTION=MAXIFS, like its counterpart minifs, allows you to match on criteria, but this time it looks for the maximum number.Formula: =MAXIFS(RANGE1,CRITERIA1,RANGE2)=MAXIFS($B$B,$A:$A,$E5)15. SUMPRODUCT() FUNCTION=SUMPRODUCT is an excellent function to calculate average returns, price points, and margins. SUMPRODUCT multiples one range of values by its corresponding row counterparts. It’s data analysis gold. In the example below, we calculate the average selling price of all our products by using sumproduct to times Price by Quantity and then divide by the total volume sold.Formula: =SUMPRODUCT(RANGE1,RANGE2)/SELECT CELL=SUMPRODUCT(B2:B9,C2:C9)/C10We hope you found that useful. 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