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If you work in Excel with data imported from other databases you’ll often find it doesn’t import it in the format you want.

For example, I imported some Google Analytics data about our website traffic and the dates are formatted like this:

Tuesday, February 1, 2011

And because Excel only sees these dates as text it means I can’t use them in formulas, PivotTables, Charts or any other tool in Excel that recognises dates.

To re-jig the dates we need to do a few steps.  We’ll separate the data in column A (where our dates are) into 3 columns; month, day and year. And we’ll get rid of the day name.

We’ll then join these values back together again using a formula to create one date that is recognised by Excel.

How to Fix Dates Formatted as Text

1.     Select the dates you want to fix.

4.     Select the Comma Delimiter and Space Delimiter. We’re selecting both because our data is separated by commas and spaces. You’ll also notice the ‘Treat consecutive delimiters as one’ box is checked. This just ignores additional spaces in your data so you don’t end up with extra columns.

You can see in the preview window that Excel has removed the commas and inserted columns.

We’re selecting to skip the first column, and we’ll leave the other 3 columns as a general format and we’re going to insert the data beginning in cell D2.

Note: Although there is an option to tell Excel that these columns are date formats it isn’t any use to us because each column only has one component of the date, and so Excel doesn’t have enough information to insert the date correctly.

Now our data looks like this, with the original data in column A and the split data in columns D, E and F.

Troubleshooting: If you find your text has come across in a date format it’s because the destination cells were already formatted as a date. You need to format them as ‘General’ before doing Text to Columns.

6.       The last step is to insert a DATE formula that joins our data back together in a date format.

The syntax for the DATE function is:

=DATE(year, month, day)

And our formula is:


The DATE function tells Excel that the value is a date.

You’ll notice that we’ve had to do a bit of jiggery pokery with the month because it’s text. i.e. the word ‘February’, but Excel needs February represented as the number 2 for the DATE formula to work.

We use the MONTH function to convert the name of the month to a number. The syntax for the MONTH function is:


Our formula is:


Where D2 contains the text ‘February’.

This formula works by telling Excel that there is a date ‘1 February’, which it then converts to the month number ‘2’.

And voila, now we have our date correctly formatted in column G.

Note: before we can go and delete columns D, E and F we need to copy and paste our dates in column G as values. Then we can delete any of the columns we don’t need.

Now, this may seem like a convoluted method, and to a degree it is. But once you get to grips with it you should be able to change a whole column of dates to the correct format in under 1 minute.

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Compare Two Columns In Excel For Match

Excel Compare Two Columns for Matches (Table of Contents)

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Compare Two and Match Columns in Excel

In this article, we will learn about Compare Two Columns in Excel for Match. Excel is the most potent tool on the planet, and we all will agree with this fact. We can do almost everything using Excel when it comes to data analysis. It is not only a tool that allows you to store the data but more than that. When comparing and matching different data sets or, for that sake, different columns, we have several options. Comparing two or more columns in Excel for Matches is also a task for every data analyst. In this article, we are going to see different methods using which we can Compare Two Columns in Excel for Match.

What is Comparing Two Columns in Excel for Match? Compare Two Columns for Match (Examples)

We will discuss some methods to compare two columns for matches.

You can download this Compare Two Columns for Matches Excel Template here – Compare Two Columns for Matches Excel Template

Examples #1

Consider the data shown in the screenshot below, which includes different text values.

We can use the simplest method to check whether two of the columns match. Follow the steps below:

Step 1: In cell C2, start initiating the formula using equals to sign (“=”). You can use your keyboard button for the same.

Step 2: Since we wanted to compare the value present in cell A2, use A2 as the first argument under C2 after the equals sign.

Step 3: Now, we want to check if the value in A2 matches the value in B2; for that, use =B2 as the next argument. The entire formula will read as =A2=B2.

This is a logical formula that checks whether the value present in cell A2 is exactly matching with the value present in cell B2. If both values match, then it will return Boolean output TRUE. If both values don’t match, it will return Boolean output FALSE.

Now, drag the formula across all the working cells and see the output as shown below:

You can see some of the cells will match each other from both columns, and some will not. This is because, for output in C2, A2 has the value “Sweets”, whereas the value in B2 is “sweets”. Same as with the 4th output where A4 has the value “Google” and B4 as “Google”. Etc.

Note that this criterion for matching does not consider whether the text is in upper or lower case.

Sometimes extra spaces allow the text not to match using the equality operator. For Example, see the fifth row where two strings look exactly similar and should match each other. But the result is FALSE because we have an extra spacing at the end of cell B5. You can validate this by using the Len function as well.

Examples #2

Now, we will see a different method where we will use a conditional IF statement to check whether two of the columns have matches. Follow the steps below.

Sometimes, just getting values as TRUE/FALSE might not be a good representative when we are comparing two columns for matches. Having a proper phrase that can let you know whether the data matches or not matching will be helpful in such cases. Let’s create a custom formula that works in our favor using a conditional IF statement.

Step 1: Consider the same example as the previous one. In cell C2, initiate a formula using a conditional IF statement as shown below:

Step 2: The first argument under conditional IF needs a logical test. In our example, we need to check whether two columns have matching values; therefore, we can use A2=B2 as a logical test under the IF statement. See the screenshot below:

You need to use a comma as a separator to separate multiple arguments of the IF statement.

Step 3: Now, we need to specify the value for the argument [value_if_true]. This value will be reflected in cell C2 if the logical test has output as TRUE. We will use the keyword “Matching” as a value for this argument.

Step 4: We must specify a value for the argument [value_if_false] on similar lines. This value will be reflected in cell C2 if the logical condition has output as FALSE. We will use “Not Matching” as a value for this argument.

Don’t forget to use the double quotes within which the values should be added. Otherwise, there would be an error with the formula.

Step 5: Use closing parentheses to complete the formula and press Enter button to see the output.

You can see the value we are getting under C2 is “Not Matching” because the text in the two columns does not match.

Step 6: Drag the formula across the rows to see whether the two columns have matching values with each other or not.

These are the two methods using which we can compare two columns in Excel for matches. We will end this article here and have some points to be remembered for you guys on the same.

Things to Remember

You can use the equality operators like we compare two values in general mathematics. If the values match, it will return TRUE as output; if values do not match, it will return FALSE.

The equality operator doesn’t count the case of the text. Ex. DUBAI and Dubai are all the same for this operator.

We can customize the results by simply using a conditional IF statement to get a decent message for matches and non-matches instead of TRUE and FALSE.

We can compare data with numeric or Mixed values from two different columns for matches on similar lines.

Recommended Articles

This has been a guide to Compare Two Columns in Excel for Matches. Here we discuss How to Compare Two Columns in Excel for Matches, practical methods, and a downloadable Excel template. You can also go through our other suggested articles –

Excel Date And Time Functions: Weeknum, Isoweeknum, Workday, Workday.intl

Excel’s Date & Time functions ease the workload for bookkeepers, project planners, HR departments, and other jobs where time is money. The four functions covered here—ISOWEEKNUM, WEEKNUM, WORKDAY, WORKDAY.INTL—are complicated, so we’ll walk you through detailed instructions and examples.

Note: Each function is defined first, followed by the function’s arguments (the values that functions use to perform calculations), followed by the function’s syntax—how a formula is arranged, which includes the function’s name and its arguments.

Remember: Arguments are always surrounded by parentheses, and individual arguments are separated by commas.

Week-numbering functions

Currently, there are only three main week numbering systems in use worldwide, and each has its own unique qualities. Here are the systems and the Excel functions that work with them. 

WEEKNUM uses an optional second argument to define weeks beginning on specific days.

ISOWEEKNUM() works with the ISO Week system, defined by ISO (International Organization for Standardization).

In the Manual Method of week numbering, the first week begins on January 1st, the second week begins on January 8th, and so on, ending with a week 53 that has only one or two days for the leap years.


The arguments for this function are:

Serial_number: any date within the week: For example, it can be a cell reference that contains a date, a date entered with the DATE function, or a date calculated from another formula.

Return_type (optional): a number that determines which day the week begins (the default is type 1, the week beginning on Sunday).

The syntax looks like this: WEEKNUM(serial_number,[return_type])

Result: The answer returns a week number value between 1 and 54

Return Types-Week begins on:

1 or 17 (or omitted): Sunday 

2 or 11: Monday 

12: Tuesday 

13: Wednesday 

14: Thursday 

15: Friday 

16: Saturday 

21: Monday (used in the ISO Week Number function)

Here’s how to set up a formula with WEEKNUM:

1. Enter 10 or 12 random dates in cells A4 to A15.

Note: When the function is entered, if you press any key (such as the space bar) after the last argument, Excel provides a popup menu that lists the 10 options above. Select the appropriate code from the list and press Enter.

JD Sartain

4. The week number appears in cell B4. Notice the formula (syntax) appears in the Formula Bar above.

5. Copy the formula from cell B4 to B5 through B15.


The ISO (International Organization for Standardization) week-numbering system is used primarily by bookkeepers, timekeepers, accountants, engineers, human resources, government, and information systems for calculating fiscal years. Basically, this system defines each year by the week instead of days or months. It works on the Gregorian calendar by defining a notation for the ordinal weeks of the year. In short, the ISO week numbering system has 52 or 53 full weeks, with 364 or 371 days, respectively. Weeks begin on Monday, and the week number 1 is assigned to the first week in each year that contains a Thursday.

Note: Microsoft introduced this function in Excel 2013. In earlier versions of Excel, the WEEKNUM function was the only way to get an Excel formula to return a week number.

The arguments for this function are:

Date: a valid date (as a date or an Excel serial number)

The syntax looks like this: =ISOWEEKNUM(date)

Result: The answer returns a value (or week number) between 1 and 53.

1. Enter 10 or 12 random dates in column A from A4 to A15.

JD Sartain

4. The ISO week number appears in cell B4. Notice the formula (syntax) appears in the Formula Bar (up top).

5. Copy the formula from cell B4 to B5 through B15.

JD Sartain


Use the WORKDAY function to calculate delivery dates, due dates, future dates, or random dates in a range. You can also calculate a series of dates by workdays, or get a starting date based on a target date, excluding certain days such as holidays, comp days, or non-working days.

Note that we use a positive number to calculate future dates and a negative number to calculate past dates.

The arguments for this function are:

start_date: the date from which to start.

days: the working days before or after start_date.

holidays: an optional list of dates defined as non-working days.

The syntax looks like this: =WORKDAY (start_date,days,[holidays])

The answer returns a serial number that represents a specific date. 

Notes: The WORKDAY function does not include the start_date “date” as a work day when it calculates the end_date. Also, the WORKDAY function does NOT include “normal” weekend days; that is, Saturdays and Sundays.

1. Enter the following field/column headers over columns A, B, C, D, and E, respectively: Start Date, Days, Results, and Holidays (centered and merged over D and E).

2. Enter some random dates in columns A and some random numbers (for number of days) in column B.

3. Enter your company’s holidays (names and dates) into columns D and E.

JD Sartain

Notice the formula is listed in the Formula Bar: =WORKDAY(A4,B4,E4:E16). A4 is Start_Date, B4 is the number of Days, and E4 through E16 is the range of holidays.

Important: Before you copy this formula from cell C4 down to C5 through C15, be SURE to use the function key F4 to make the Holiday cells absolute: =WORKDAY(A4,B4,$E$4:$E$16) so the days in the Holidays range are always the same (E4 through E16). JD Sartain

9. Copy the formula/date in C4 to C5 through C15.

JD Sartain

10. Using this formula, you can see, for example, there are 19 “working” days between August 1 and August 26th (B4) and 11 “working” days between April 14th and April 29th (B5).

JD Sartain


The primary difference between chúng tôi and WORKDAY is that with the INTL function, you can customize which days of the week are weekends. This function was added to the formulas menu in Excel 2010; therefore, it is not available in previous versions.

The arguments for this function are:

start_date: the starting date

days: the ending date

weekend days [optional]: use this parameter to define weekend days

holidays [optional]: a defined list of holiday dates; i.e., non working days

The syntax looks like this: =WORKDAY.INTL (start_date,days,[weekend], [holidays])

Result: Returns the next or previous working date based on data entered.

Remember to use a positive number for future dates and a negative number for past dates. Also, enter the holidays as a range of cells where you’ve specified the actual holiday dates, or as a list of serial numbers that represent the actual dates of the holidays.

2. Delete the WORKDAY functions in column C.

3. Use the same holiday range as above; that is, E4 through E16.

4. Use the following Weekend Days code numbers below to define your weekend days. If you leave this parameter blank (or unidentified), it defaults to number 1.

Number Weekend days

1 Saturday, Sunday

2 Sunday, Monday

3 Monday, Tuesday

4 Tuesday, Wednesday

5 Wednesday, Thursday

6 Thursday, Friday

7 Friday, Saturday

11 Sunday only

12 Monday only

13 Tuesday only

14 Wednesday only

15 Thursday only

16 Friday only

17 Saturday only

JD Sartain

8. Press the Tab key down to the Weekend field box and enter the number from the above list that corresponds with your weekend days. I selected number 7, for Fridays and Saturdays, so the result will differ from the prior example, where we used the default weekend days of Saturday and Sunday. 

Notice the formula in the Formula Bar: =WORKDAY.INTL(A4,B4,7,E4:E16). A4 is Start_Date, B4 is the number of Days, 7 is the code for the weekend days Friday and Saturday, and E4 through E16 is the range of holidays.

Don’t forget to use the function key F4 to make the Holiday cells absolute: =WORKDAY.INTL(A4,B4,7,$E$4:$E$16) so the days in the Holidays range are always the same (E4 through E16).

JD Sartain

9. Copy the formula/date in C4 to C5 through C15.  JD Sartain

Excel Text Function – Handy But Limited…Or Is It?

At first glance the Excel TEXT function appears quite limited. Its purpose is to convert numbers to text in a specific/custom format.

There are two key points here:

The numbers become text. This means you can’t use them in any math type of formulas.

On the upside you can format the numbers anyway you want…almost!

Hold up!

Why would you want to convert a number into text when it means you then can’t use that number in any math calculations/formulas?

Wouldn’t you just format the cell with the number format you want?

The answer is ‘yes’ most of the time, but I’ll show you a clever use for it in a moment.

Excel TEXT Function

First, the syntax is:

TEXT(value, format_text)

Where the value is the number or reference to the cell containing the number you want to format, and format_text is the format you want, enclosed in double quotes.

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Let’s look at some examples.

Excel TEXT Formula Examples

Example 1 – Format as a Currency.

If you don’t know the character codes to use you can refer to the Format Cells dialog box (CTRL+1 to open it) to get the number format ‘code’ (that is the $#,##0.00 part) you need:

You can use any number formats for the format_text argument that you find in the Format Cells dialog box under the ‘Number’ tab.

Or you can write your own custom format.

If you’re new to custom number formats check out my comprehensive guide to custom number formats.

Example 2 – Formatted as a date with hyphens instead of the Excel standard forward slash.

Note: 41640 in cell A5 is the serial number for the date 1st Jan 2014. More on understanding dates in Excel here.

Example 3 – Display day of the week.

Again we’ve taken a date in cell A6 and with the TEXT function we’ve only displayed the day of the week. If you wanted to display the full name of the day you would use “dddd”.

Example 4 – Add leading zeros to a number.

This is handy for invoice numbers or other numbers/codes that require a leading zero.

Limitations of TEXT Formulas

As I mentioned at the beginning, the above examples all convert the numbers in column A to text in column B.

Examples 3 and 4 are ok formatted as text (the day of the week and leading zeros) as they are unlikely to ever be used in a math formula so having them as text won’t cause you a problem.

But it’s not ideal for examples 1 and 2 (format as currency and date), as it’s likely you’ll want to perform a calculation using those numbers at some point in your worksheet’s life.

A better option for examples 1 and 2 is to just apply the number format to the cell in column A.

Combine Text and Numbers in One Cell

I think the best use of the TEXT function is to use it to combine text and numbers in one cell.

As you can see in cell A16 below:

In the formula bar you can see I’ve used the ampersand symbol (&) to combine the text, “Sales up” and “Since 2010”, with the number returned by the TEXT function, which I’ve formatted as a percentage:

="Sales up "&


&" Since 2010"

Which results in one text string:

Sales up 95% Since 2010

You’ll notice in this example I’ve also performed a calculation for the value argument of the TEXT function, which is then formatted as a percentage:




Which results in:


The benefit of using a formula for the value argument is that any changes in the data will automatically be reflected in my statement in cell A16.

Bonus Trick

Now you can link cell A16 to your chart title and not only will the chart update if the numbers change, but so will the title:

To link the chart title to cell A16:


Crazy TEXT Function Trick

At the very beginning I said the TEXT function converts a number to text which means you can’t perform any math calculations on the results.

However, in this video Mike Girvin, of Excel Is Fun, shows a crazy trick (at 3:30) with the TEXT function to convert a date into the right format. Even MrExcel doesn’t believe it will work:

Explanation: in the video Mike performs a calculation on the text function which in turn converts the value in the cell back to a number.

Similarly, you can also convert a cell containing a text function back to a number by multiplying the cell by 1, or add 0, or use the VALUE function, to name a few.

Note: There are some limitations to this. For example you can’t convert the text ‘Wed’ in example 3 above back to a number, but you can for the other examples.

Reading From And Writing To Text Files

Reading from and Writing to Text Files

The StreamReader and StreamWriter classes are used for reading from and writing data to text files. These classes inherit from the abstract base class Stream, which supports reading and writing bytes into a file stream.

The StreamReader Class

The StreamReader class also inherits from the abstract base class TextReader that represents a reader for reading series of characters. The following table describes some of the commonly used methods of the StreamReader class −

Sr.No. Method Name & Purpose


Public Overrides Sub Close

It closes the StreamReader object and the underlying stream and releases any system resources associated with the reader.


Public Overrides Function Peek As Integer

Returns the next available character but does not consume it.


Public Overrides Function Read As Integer

Example Down the way where the nights are gay And the sun shines daily on the mountain top I took a trip on a sailing ship And when I reached Jamaica I made a stop Imports System.IO Module fileProg Sub Main() Try ' Create an instance of StreamReader to read from a file. ' The using statement also closes the StreamReader. Using sr As StreamReader = New StreamReader("e:/jamaica.txt") Dim line As String ' Read and display lines from the file until the end of ' the file is reached. line = sr.ReadLine() Console.WriteLine(line) line = sr.ReadLine() End While End Using Catch e As Exception ' Let the user know what went wrong. Console.WriteLine("The file could not be read:") Console.WriteLine(e.Message) End Try Console.ReadKey() End Sub End Module

Guess what it displays when you compile and run the program!

The StreamWriter Class

The StreamWriter class inherits from the abstract class TextWriter that represents a writer, which can write a series of character.

The following table shows some of the most commonly used methods of this class −

Sr.No. Method Name & Purpose


Public Overrides Sub Close

Closes the current StreamWriter object and the underlying stream.


Public Overrides Sub Flush

Clears all buffers for the current writer and causes any buffered data to be written to the underlying stream.


Public Overridable Sub Write (value As Boolean)

Writes the text representation of a Boolean value to the text string or stream. (Inherited from TextWriter.)


Public Overrides Sub Write (value As Char)

Writes a character to the stream.


Public Overridable Sub Write (value As Decimal)

Writes the text representation of a decimal value to the text string or stream.


Public Overridable Sub Write (value As Double)

Writes the text representation of an 8-byte floating-point value to the text string or stream.


Public Overridable Sub Write (value As Integer)

Writes the text representation of a 4-byte signed integer to the text string or stream.


Public Overrides Sub Write (value As String)

Writes a string to the stream.


Public Overridable Sub WriteLine

Writes a line terminator to the text string or stream.

The above list is not exhaustive. For complete list of methods please visit Microsoft’s documentation


The following example demonstrates writing text data into a file using the StreamWriter class −

Imports System.IO Module fileProg Sub Main() Dim names As String() = New String() {"Zara Ali", _ "Nuha Ali", "Amir Sohel", "M Amlan"} Dim s As String Using sw As StreamWriter = New StreamWriter("names.txt") For Each s In names sw.WriteLine(s) Next s End Using ' Read and show each line from the file. Dim line As String Using sr As StreamReader = New StreamReader("names.txt") line = sr.ReadLine() Console.WriteLine(line) line = sr.ReadLine() End While End Using Console.ReadKey() End Sub End Module

When the above code is compiled and executed, it produces the following result −

Zara Ali Nuha Ali Amir Sohel M Amlan



How To Combine Matrices Having Same Number Of Columns In R?

The matrices that have same number of columns can be combined by rows. For example, if we have five matrices list, each having six columns then those matrices can be converted into a single matric by joining the rows of those matrices. It can be done by using,”List_of_matrices_object_name”).


Consider the below matrices and their list −

 Live Demo

M1<-matrix(1:36,nrow=6) M1 Output    [,1] [,2] [,3] [,4] [,5] [,6] [1,] 1    7   13   19   25   31 [2,] 2    8   14   20   26   32 [3,] 3    9   15   21   27   33 [4,] 4   10   16   22   28   34 [5,] 5   11   17   23   29   35 [6,] 6   12   18   24   30   36 Example

 Live Demo

M2<-matrix(sample(1:10,30,replace=TRUE),ncol=6) M2 Output    [,1] [,2] [,3] [,4] [,5] [,6] [1,] 6   5    5    5    4    6 [2,] 6   1    9    8    8    4 [3,] 10  3    9    3    7    10 [4,] 9   4    4    9    9    9 [5,] 4   9    6    6    5    5 Example

 Live Demo

M3<-matrix(sample(1:50,30),ncol=6) M3 Output     [,1] [,2] [,3] [,4] [,5] [,6] [1,] 27   25   24   45   18    21 [2,] 22   46   9    34   26    44 [3,] 23   33   29   47    4    37 [4,] 41   31   39   50   19    15 [5,] 5    17   40   11   20    35 Example

 Live Demo

M4<-matrix(rpois(36,5),ncol=6) M4 Output    [,1] [,2] [,3] [,4] [,5] [,6] [1,] 12  4    5    6    3    5 [2,] 6   6    1    9    3    6 [3,] 3   4    3    2    10   5 [4,] 1   6    8    9    6    7 [5,] 3   6    5    4    4    3 [6,] 8   4    1    7    9    4 Example

 Live Demo

M5<-matrix(round(runif(36,2,5)),ncol=6) M5 Output    [,1] [,2] [,3] [,4] [,5] [,6] [1,] 2   4    4    3    4    4 [2,] 3   5    3    2    3    5 [3,] 2   5    2    4    4    2 [4,] 4   3    2    4    5    5 [5,] 3   3    3    3    3    3 [6,] 2   5    2    3    4    2 Example List_M<-list(M1,M2,M3,M4,M5) List_M Output [[1]]    [,1]  [,2] [,3]  [,4] [,5]  [,6] [1,] 1    7    13    19   25    31 [2,] 2    8    14    20   26    32 [3,] 3    9    15    21   27    33 [4,] 4    10    16   22   28    34 [5,] 5    11    17   23   29    35 [6,] 6    12    18   24   30    36 [[2]]    [,1] [,2] [,3] [,4] [,5] [,6] [1,] 6    5    5    5    4    6 [2,] 6    1    9    8    8    4 [3,] 10   3    9    3    7    10 [4,] 9    4    4    9    9    9 [5,] 4    9    6    6    5    5 [[3]]    [,1] [,2] [,3] [,4] [,5] [,6] [1,] 27 25    24   45   18   21 [2,] 22 46    9    34   26   44 [3,] 23 33   29    47   4    37 [4,] 41 31   39    50   19   15 [5,] 5 17    40    11   20   35 [[4]]    [,1] [,2] [,3] [,4] [,5] [,6] [1,] 2    4    2    3    5    2 [2,] 3    3    3    3    4    4 [3,] 4    4    3    4    2    3 [4,] 2    4    4    4    3    4 [5,] 4    5    5    3    2    3 [6,] 4    3    4    4    4    3 [[5]]    [,1] [,2] [,3] [,4] [,5] [,6] [1,] 2    4    4    3    4    4 [2,] 3    5    3    2    3    5 [3,] 2    5    2    4    4    2 [4,] 4    3    2    4    5    5 [5,] 3    3    3    3    3    3 [6,] 2    5    2    3    4    2

Combining list of matrices into a single matrix by rows −

Example,List_M) Output    [,1] [,2]  [,3]  [,4]  [,5]  [,6] [1,] 1    7    13    19    25    31 [2,] 2    8    14    20    26    32 [3,] 3    9    15    21    27    33 [4,] 4    10   16    22    28    34 [5,] 5    11   17    23    29    35 [6,] 6    12   18    24    30    36 [7,] 6    5    5     5      4    6 [8,] 6    1    9     8      8    4 [9,] 10   3    9     3      7    10 [10,] 9   4    4     9      9    9 [11,] 4   9    6     6      5    5 [12,] 27  25   24    45    18    21 [13,] 22  46   9     34    26    44 [14,] 23  33   29    47    4     37 [15,] 41  31   39    50    19    15 [16,] 5   17   40    11    20    35 [17,] 2   4    2     3     5     2 [18,] 3   3    3     3      4    4 [19,] 4   4    3     4      2    3 [20,] 2   4    4     4      3    4 [21,] 4   5    5     3      2    3 [22,] 4   3    4     4      4    3 [23,] 2   4    4     3      4    4 [24,] 3   5    3     2      3    5 [25,] 2   5    2     4      4    2 [26,] 4   3    2     4      5    5 [27,] 3   3    3     3      3    3 [28,] 2   5    2     3      4    2

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