Beta version
BETA TEST VERSION OF THIS ITEM
This online calculator is currently under heavy development. It may or it may NOT work correctly.
You CAN try to use it. You CAN even get the proper results.
However, please VERIFY all results on your own, as the level of completion of this item is NOT CONFIRMED.
Feel free to send any ideas and comments !
This online calculator is currently under heavy development. It may or it may NOT work correctly.
You CAN try to use it. You CAN even get the proper results.
However, please VERIFY all results on your own, as the level of completion of this item is NOT CONFIRMED.
Feel free to send any ideas and comments !
Settings
popular sets (click to use):decimal,octal,hexadecimal 
Show detailed settings:
Enter your numbers here
Data summary
How many numbers detected  3  
Detected numbers  2, 10, 3.3  
Numbers base  10 (decimal)  
Skipped characters  none 
Results  average and median of given numbers
Average  5.1  
Median  3.3  
Numbers used to compute median  2, 3.3, 10 
What else can we calculate about your numbers
The numbers sorted in ascending order  2, 3.3, 10  
The numbers sorted in descending order  10, 3.3, 2  
Minimal number  2  
Maximal number  10  
Sum  15.3  
Numbers in words (digit by digit) 
 
Numbers in words (whole number at once) 

Some facts
 To calculate the arithmetic average (mean) we need to sum up all numbers and divide them by number of numbers.
 Example: average from numbers {1,2,3} is 2, because (1+2+3)/2 = 6/2 = 3.oconomy, sociology, geography, chemistry, medicine, psychology and the like.
 It is common to measure the same parameter (e.g. temperature) few times and then compute average from all results.
 The concept of mean can become useless when we have big difference in input values. For example average salary in given region usually doesn't fit to typical earnings of single, real person. However, average salary can still be useful in some cases eg. when we want to compare average earnings in different regions.
 Average can be used to detect measurement errors or some abnormal situations. For example, it is common to remove one of measuring points if it differs too much from average.
 Arithmetic average (mean) is part of statistic science.
 There are more kinds of average e.g. geometric, harmonic, logaritmic etc.
 To compute median we need to sort numbers in ascending order and then choose one (even number of numbers) or two (odd number of numbers) elements from list.
 ⓘ Example: (odd number of numbers): Median from numbers {3,1,2} is 2, because:
 Numbers in ascending order: {1,2,3},
 The middle number is 2.
 Numbers in ascending order: {1,2,3},
 ⓘ Example: (even number of numbers): Median from numbers {4,1,2,3} is 2.5, because:
 Numbers in ascending order: {1, 2, 3, 4},
 Two middle numbers are: 2 and 3,
 The average from middle numbers is:(2+3)/2 = 2.5
 Numbers in ascending order: {1, 2, 3, 4},
 ⓘ Hint: Are you looking for statistical calculators? See also:
 Numbers: minmax  the lowest and the greatest number in the set
 Numbers: average & median  more about average (mean) and median
 Numbers: minmax  the lowest and the greatest number in the set
What is the meaning of each calculator field ?
 Enter your numbers here  enter numbers, which you're going to use to calculate average and median.
 You can use almost any format you want, numbers can be separated by spaces, commas, semicolons, dashes, end of lines (enters) etc.  it's up to you and your needs.
More, you can even paste a long text  even lyrics  as long as it contains some numbers. The numbers will be automatically detected, "trapped" and added together.  cipher manipulation
 fill with zeros up to XX ciphers after comma  append zeros at the end of the number, if this number does not have enough digits after the decimal point. For example, if you set here 3, it will show number 15 as 15.000, and the number 15.55 as 15.550.
A good example of use case is counting the money (accounting), where we have dollars and cents or euros and eurocents. Just type 2 here, and the calculator will supply always two digits after the decimal pennies.  consider only XX ciphers after the comma  simply cut the number (of the least accurate part), if the number of digits after the decimal point is greater than desired. For example, to show only decimal, enter here 1. For hundredths enter 2.
 fill with zeros up to XX ciphers after comma  append zeros at the end of the number, if this number does not have enough digits after the decimal point. For example, if you set here 3, it will show number 15 as 15.000, and the number 15.55 as 15.550.
 input parser
 decimal separators  a list of characters that should be interpreted as decimal separators (colloquially "dot" or "comma" between integer and fraction parts). For example, if you want to treat 1.25 as "one and twentyfive hundredths," you should put comma character here (",").
 ignored characters  a list of characters that should be ignored while splitting input text into separated numbers. For example, if you want to treat "100 000" as "one hundred thousand", you should put space character here (" "). Similarly, if you have list of hexadecimal numbers in 0x1234 format, you can ignore "x" character, to process them correctly.
 decimal separators  a list of characters that should be interpreted as decimal separators (colloquially "dot" or "comma" between integer and fraction parts). For example, if you want to treat 1.25 as "one and twentyfive hundredths," you should put comma character here (",").
 computer related
 number base  This calculator works for the number systems based on any base from 2 to 36. It supports the typical systems as decimal, hexadecimal, octal and binary.
It also allows for calculation of exotic systems (eg. with base 17), up to the base of 36. The order of the characters is consistent with the English alphabet, so starts with 'a', ends with 'z'. 26 letters plus 10 digits gives max base of 36. Of course both upper case and lower case are allowed  input is case insensitive.
 number base  This calculator works for the number systems based on any base from 2 to 36. It supports the typical systems as decimal, hexadecimal, octal and binary.
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