The Excel program is one of the programs that has features and characteristics that help the user to analyze data easily, and due to the multiple formulas and functions it provides that are capable of carrying out a set of operations, from which we will discuss in our article these functions of calculations, character and date text tasks, and a set of other research tasks
1. CONCATENATE
This formula is considered one of the most effective formulas in analyzing data, despite its ease and simplicity of working with it. Its task is to use dates, texts, numbers, and different data present in several cells and merge them into one cell.
SYNTAX = CONCATENATE (text1, text2, [text3], ā¦)
Concatenate multiple cell values
The simple CONCATENATE formula for the values of two cells A2 and B2 is as follows:
= CONCATENATE (A2, B2)
The values will be combined without using any delimiter, and to separate the values with a space we use ā ā
=CONCATENATE(A3, ā ā, B3)
Connect a string of texts and the computed value
You can also bind a string and a computed value to the formula as in the example of restoring the current date
=CONCATENATE(āToday is ā, TEXT(TODAY(), ādd-mmm-yyā))
You can verify that the results provided by the CONCATENATE function are correct by doing the following:
In all cases, the result of the CONCATENATE function is a text string, even if all the source values are numbers
Make sure there is a text argument in the CONCATENATE function to ensure that it works
You have to pay close attention to the validity of the text argument in order for the CONCATENATE function to work correctly, otherwise the formula will return the error #VALUE! This is because the arguments are not valid
2.Len()
This function is used to know the number of characters in one cell, or when dealing with text that contains a limited number of characters, or to know the difference between the numbers of a group of products
SYNTAX = LEN (text)
3.Days()
This function is used to calculate the number of days between two dates
SYNTAX = DAYS (end_date, start_date)
4.Networkdays
It is considered to be a function of date and time in Excel and is often used by finance and accounting departments to exclude the number of weekends to determine the wages of employees based on the calculation of actual working days for them or the calculation of the total number of working days for a specific project
SYNTAX = NETWORKDAYS (start_date, end_date, [holidays])
5.Sumifs()
It is one of the most common formulas in Excel and is considered one of the most important functions for data analysts =SUMIFS. =SUM, especially for conducting data collection under sample conditions
SYNTAX = SUMIFS (sum_range, range1, criteria1, [range2], [criteria2], ā¦)
6. Averageifs()
This task allows the average to be extracted from one or more parameters
SYNTAX = AVERAGEIFS (avg_rng, range1, criteria1, [range2], [criteria2], ā¦)
7. Countsifs()
It is an important tool in data analysis and it is similar to SUMIFS. In most functions it counts the number of values that satisfy certain conditions but it doesn’t need a summation range
SYNTAX = COUNTIFS (range, criteria)
8.Count()
Its job is to determine whether a cell is empty or not by discovering gaps in the data set without you, as a data analyst, having to restructure it.
SYNTAX = COUNTA (value1, [value2], …)
9. Vlookup()
This shortcut stands for Vertically searching for a value in the leftmost column of the table so that you can return a value in the same row of the column you specify
SYNTAX = VLOOKUP (lookup_value, table_array, column_index_num, [range_lookup])
We will explain the arguments to the VLOOKUP function
– lookup_value : is the value to look up in the first column of the table
table – : indicates the table from which the value is to be retrieved
-col_index: returns the column in the table from the value
range_lookup – :
Optional: TRUE = approximate match
Default: FALSE = exact match
The following table will explain the use of VLOOKUP
Cell A11 contains the lookup value
A2:E7 is the table array
3 is the column index with the information for the sections
0 is the search for the range
If you press the Enter key, it will return “Marketing”, which indicates that Stuart works in the marketing department
10. Lookup()
In it, “horizontal” is represented by the letter H, and it searches for one or more values in the top row of the table, then it retrieves a value from a row you specify in the table or row from the same column if this tool makes things easier, for example when the values you use are in the rows The first one from the spreadsheet and you need to look at a certain number of rows, this tool will do the trick
SYNTAX = HLOOKUP (lookup_value, table_array, row_index, [range_lookup])
Let’s learn about Hlookup’s arguments
Lookup_Value denotes the attached value
table ā the table from which you need to retrieve data
ROW_INDEX which is the row number to restore the data
Range_lookup for exact and approximate matching, and that is determined by specifying the validity of the default value, so the match is approximate
In our next example, we’ll search for the city Jenson is from using Hlookup.
The search value shown in H23 is Jenson
G1: M5 is the table array
4 is the row index number
0 is for an approximate match
Pressing enter will take you back to New York.
at the end
We conclude from the above how effective Excel is in analyzing data. By learning its formulas and functions, you can make work easier for you and thus save a lot of time and effort.
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CONCATENATE 1
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SYNTAX = CONCATENATE (text1, text2, [text3], ā¦)
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CONCATENATE ŲµŁŲŗŲ©
A2 Ł B2 Ų§ŁŲØŲ³ŁŲ·Ų© ŁŁŁŁ Ų®ŁŁŲŖŁŁ
ŁŁ ŁŁ Ų§ ŁŁŁ
= CONCATENATE (A2Ų B2)
ā āŲ³ŁŲŖŁ ŲÆŁ Ų¬ Ų§ŁŁŁŁ ŲØŲÆŁŁ Ų§Ų³ŲŖŲ®ŲÆŲ§Ł Ų£Ł Ł ŲŲÆŲÆ Ų ŁŁŁŲµŁ Ų§ŁŁŁŁ ŲØŁ Ų³Ų§ŁŲ© ŁŲ³ŲŖŲ®ŲÆŁ
=CONCATENATE(A3, ā ā, B3)
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=CONCATENATE(āToday is ā, TEXT(TODAY(), ādd-mmm-yyā))
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CONCATENATE Ų§ŁŲÆŲ§ŁŲ©
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CONCATENATE Ų§ŁŲÆŲ§ŁŲ©
ŲØŲ“ŁŁ ŲµŲŁŲ ŁŲ„ŁŲ§ ŁŲ§ŁŲµŁŲŗŲ©
#VALUE! Ų³ŲŖŲ±Ų¬Ų¹ ŁŁ Ų§ŁŲ®Ų·Ų£
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Len() 2.
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SYNTAX = LEN (text)
Days() 3.
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SYNTAX =DAYS (end_date, start_date)
Networkdays4.
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SYNTAX = NETWORKDAYS (start_date, end_date, [holidays])
Sumifs() 5.
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=SUMIFS. =SUM
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SYNTAX = SUMIFS (sum_range, range1, criteria1, [range2], [criteria2], ā¦)
Averageifs() 6.
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SYNTAX = AVERAGEIFS (avg_rng, range1, criteria1, [range2], [criteria2], ā¦)
Countsifs() 7.
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SUMIFS. ŁŁŁ ŲŖŲŖŲ“Ų§ŲØŁ Ł Ų¹
ŁŁ Ł Ų¹ŲøŁ Ų§ŁŁŲøŲ§Ų¦Ł ŁŁŁ ŲŖŁŁŁ ŲØŲŲ³Ų§ŲØ Ų¹ŲÆŲÆ Ų§ŁŁŁŁ Ų§ŁŲŖŁ ŲŖŲŁŁ Ų“Ų±ŁŲ· Ł Ų¹ŁŁŲ© Ų„ŁŲ§ Ų£ŁŁŲ§ ŁŲ§ ŲŖŲŲŖŲ§Ų¬ Ų„ŁŁ ŁŲ·Ų§Ł Ų¬Ł Ų¹
SYNTAX = COUNTIFS (range, criteria)
8. Counta()
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SYNTAX = COUNTA (value1, [value2], ā¦)
9. Vlookup()
ŁŲÆŁ ŁŲ°Ų§ Ų§ŁŲ§Ų®ŲŖŲµŲ§Ų± Ų¹ŁŁ Ų§ŁŲØŲŲ« Ų§ŁŲ“Ų§ŁŁŁŁ Ų¹Ł ŁŁŁ Ų© Ł Ų§ ŁŁ Ų§ŁŲ¹Ł ŁŲÆ Ų§ŁŁŲ§Ų¦Ł ŁŁ Ų£ŁŲµŁ ŁŲ³Ų§Ų± Ų§ŁŲ¬ŲÆŁŁ ŁŁŲŖŲ³ŁŁ ŁŁ Ų„Ų±Ų¬Ų§Ų¹ ŁŁŁ Ų© ŁŁ ŁŁŲ³ Ų§ŁŲµŁ Ł Ł Ų§ŁŲ¹Ł ŁŲÆ Ų§ŁŲ°Ł ŲŖŲŲÆŲÆŁ
SYNTAX = VLOOKUP (lookup_value, table_array, column_index_num, [range_lookup])
VLOOKUP ŁŲ³ŁŁŁŁ ŲØŲ“Ų±Ų Ų§ŁŁŲ³ŁŲ·Ų§ŲŖ ŁŁŲÆŲ§ŁŲ©
lookup_value
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table
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col_index
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range_lookup
Ų§Ų®ŲŖŁŲ§Ų±Ł : TRUE = approximate match
Ų§ŁŲŖŲ±Ų§Ų¶Ł : FALSE = exact match
VLOOKUP ŁŲ³ŁŁŲ¶Ų Ų§ŁŲ¬ŲÆŁŁ Ų§ŁŲŖŲ§ŁŁ Ų§Ų³ŲŖŲ®ŲÆŲ§Ł
lookup ŲŖŲŁŁ ŁŁŁ Ų© A11 Ų§ŁŲ®ŁŁŲ©
ŁŁ ŲµŁŁŁ Ų§ŁŲ¬ŲÆŁŁ A2: E7
Ų±ŁŁ 3 ŁŁ ŁŁŲ±Ų³ Ų§ŁŲ¹Ł ŁŲÆ Ł Ų¹ Ų§ŁŁ Ų¹ŁŁŁ Ų§ŲŖ Ų§ŁŲ®Ų§ŲµŲ© ŲØŲ§ŁŲ£ŁŲ³Ų§Ł
Ų±ŁŁ 0 ŁŁ Ų§ŁŲØŲŲ« Ų¹Ł Ų§ŁŁŲ·Ų§Ł
Enter ŁŁŁ ŲŲ§Ł Ų§ŁŲ¶ŲŗŲ· Ų¹ŁŁ Ł ŁŲŖŲ§Ų
ŁŲ³ŁŲ¹ŁŲÆ “Ų§ŁŲŖŲ³ŁŁŁ” ŁŁŲ°Ł ŲÆŁŲ§ŁŲ© Ų¹ŁŁ Ų£Ł
ŁŲ¹Ł Ł ŁŁ ŁŲ³Ł Ų§ŁŲŖŲ³ŁŁŁ Stuart
10. Hlookup()
“ŁŁŁŁ ŁŁ Ų«Ł “Ų§ŁŲ£ŁŁŁ
H ŲØŲ§ŁŲŲ±Ł
ŁŁŁ ŁŲØŲŲ« Ų¹Ł ŁŁŁ Ų© ŁŲ§ŲŲÆŲ© Ų£Ł Ų£ŁŲ«Ų± ŁŁ Ų§ŁŲµŁ Ų§ŁŲ¹ŁŁŁ Ł Ł Ų§ŁŲ¬ŲÆŁŁŲ Ų«Ł ŁŁŁŁ ŲØŲ§Ų³ŲŖŲ¹Ų§ŲÆŲ© ŁŁŁ Ų© Ł Ł ŲµŁ ŲŖŲŲÆŲÆŁ ŁŁ Ų§ŁŲ¬ŲÆŁŁ Ų£Ł Ų§ŁŲµŁ Ł Ł ŁŁŲ³ Ų§ŁŲ¹Ł ŁŲÆ Ų„Ų°Ų§ ŲŖŁŁŁ ŁŲ°Ł Ų§ŁŲ£ŲÆŲ§Ų© ŲØŲŖŲ³ŁŁŁ Ų§ŁŲ£Ł ŁŲ± Ų£ŁŲ«Ų± ŁŁ Ų«ŁŲ§Ł Ų¹ŁŲÆ ŲŖŁŁŁ Ų§ŁŁŁŁ Ų§ŁŲŖŁ ŲŖŲ³ŲŖŲ®ŲÆŁ ŁŲ§ Ł ŁŲ¬ŁŲÆŲ© ŁŁ Ų§ŁŲµŁŁŁ Ų§ŁŲ£ŁŁŁ Ł Ł Ų¬ŲÆŁŁ Ų§ŁŲØŁŲ§ŁŲ§ŲŖ ŁŲ§ŲŲŖŲ¬ŲŖ Ų„ŁŁ Ų£Ł ŲŖŲŖŲ·ŁŲ¹ Ų¹ŁŁ Ų¹ŲÆŲÆ ŲµŁŁŁ Ł Ų¹ŁŁ ŁŁŲ°Ł Ų§ŁŲ£ŲÆŲ§Ų© ŲŖŁŁ ŲØŲ§ŁŲŗŲ±Ų¶
SYNTAX = HLOOKUP (lookup_value, table_array, row_index, [range_lookup])
Hlookup ŁŁŲŖŲ¹Ų±Ł Ų¹ŁŁ ŁŲ³ŁŲ·Ų§ŲŖ
Lookup_Value
ŁŲÆŁ Ų¹ŁŁ Ų§ŁŁŁŁ Ų© Ų§ŁŁ Ų±ŁŁŲ©
table ā
ŁŁŁ Ų§ŁŲ¬ŲÆŁŁ Ų§ŁŲ°Ł Ų¹ŁŁŁ Ų§Ų³ŲŖŲ¹Ų§ŲÆŲ© Ų§ŁŲØŁŲ§ŁŲ§ŲŖ Ł ŁŁ
ROW_INDEX
ŁŁŁ Ų±ŁŁ Ų§ŁŲµŁ ŁŲ§Ų³ŲŖŲ¹Ų§ŲÆŲ© Ų§ŁŲØŁŲ§ŁŲ§ŲŖ
Range_lookup
ŁŁŁ Ų·Ų§ŲØŁŲ© Ų§ŁŲÆŁŁŁŲ© ŁŲ§ŁŲŖŁŲ±ŁŲØŁŲ© ŁŲ°ŁŁ ŁŲŖŲŲÆŲÆ ŲØŲŖŲŲÆŁŲÆ ŲµŲŲ© Ų§ŁŁŁŁ Ų© Ų§ŁŲ§ŁŲŖŲ±Ų§Ų¶ŁŲ© ŁŲØŲµŲŲŖŁŲ§ ŁŁŁŁ Ų§ŁŲŖŲ·Ų§ŲØŁ ŲŖŁŲ±ŁŲØŁ
ŁŁ Ł Ų«Ų§ŁŁŲ§ Ų§ŁŲŖŲ§ŁŁ Ų³ŁŁŁŁ ŲØŲ§ŁŲØŲŲ« Ų¹Ł Ų§ŁŁ ŲÆŁŁŲ©
Jenson Ų§ŁŲŖŁ ŁŁŲŖŁ Ł Ų„ŁŁŁŲ§
Hlookup. ŲØŲ§Ų³ŲŖŲ®ŲÆŲ§Ł
Jenson ŁŁŁ H23 ŲŖŲøŁŲ± ŁŁŁ Ų© Ų§ŁŲØŲŲ« ŁŁ
ŁŁ ŲµŁŁŁ Ų§ŁŲ¬ŲÆŁŁ G1: M5
Ų±ŁŁ 4 ŁŁŲ±Ų³ Ų§ŁŲµŁ
Ų±ŁŁ 0 Ų§Ų®ŲŖŲØŲ§Ų± ŲŖŁŲ±ŁŲØŁ
Enter ŁŲØŲ§ŁŲ¶ŲŗŲ· Ų¹ŁŁ
“Ų³ŁŲ¹ŁŲÆŁ Ų„ŁŁ ” ŁŁŁŁŁŲ±Ł
ŁŁŁ Ų§ŁŲ®ŲŖŲ§Ł
ŁŲ³ŲŖŲ®ŁŲµ Ł Ł Ų§ Ų³ŲØŁ Ł ŲÆŁ ŁŲ§Ų¹ŁŁŲ© Ų„ŁŲ³Ł ŁŁ ŲŖŲŁŁŁ Ų§ŁŲØŁŲ§ŁŲ§ŲŖ ŁŲØŲŖŲ¹ŁŁ Ł ŲµŁŲŗŁ ŁŁŲøŲ§Ų¦ŁŁ ŁŁ ŁŁŁ ŲŖŲ³ŁŁŁ Ų§ŁŲ¹Ł Ł Ų¹ŁŁŁ ŁŲØŲ§ŁŲŖŲ§ŁŁ ŲŖŁŁŲ± Ų§ŁŁŲ«ŁŲ± Ł Ł Ų§ŁŁŁŲŖ ŁŲ§ŁŲ¬ŁŲÆ
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