Generalized definition of all means of $n$ numbers?












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Following chapter 2 of Greek Means and the arithmetic-geometric mean by George and Silvia Toader, the Greek (or Pythagorean) means of two numbers have been studied for centuries originating in the Pythagorean School. The Greek means labeled $m$ of two numbers $a$ and $b$ are defined by equating one of



$$frac{a-m}{a-b},spacefrac{a-b}{m-b},spacetext{or}spacefrac{a-m}{m-b}$$
and
$$frac{a}{a},spacefrac{a}{b},spacefrac{b}{a},spacefrac{a}{m},spacefrac{m}{a},spacefrac{b}{m},spacetext{or}spacefrac{m}{b}$$



This yields 21 Greek means, but only 10 are unique and nontrivial.




This is a nice general definition for all means of two numbers, but what is a general definition for all means of $n$ numbers?











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    $begingroup$


    Following chapter 2 of Greek Means and the arithmetic-geometric mean by George and Silvia Toader, the Greek (or Pythagorean) means of two numbers have been studied for centuries originating in the Pythagorean School. The Greek means labeled $m$ of two numbers $a$ and $b$ are defined by equating one of



    $$frac{a-m}{a-b},spacefrac{a-b}{m-b},spacetext{or}spacefrac{a-m}{m-b}$$
    and
    $$frac{a}{a},spacefrac{a}{b},spacefrac{b}{a},spacefrac{a}{m},spacefrac{m}{a},spacefrac{b}{m},spacetext{or}spacefrac{m}{b}$$



    This yields 21 Greek means, but only 10 are unique and nontrivial.




    This is a nice general definition for all means of two numbers, but what is a general definition for all means of $n$ numbers?











    share|cite|improve this question











    $endgroup$















      0












      0








      0





      $begingroup$


      Following chapter 2 of Greek Means and the arithmetic-geometric mean by George and Silvia Toader, the Greek (or Pythagorean) means of two numbers have been studied for centuries originating in the Pythagorean School. The Greek means labeled $m$ of two numbers $a$ and $b$ are defined by equating one of



      $$frac{a-m}{a-b},spacefrac{a-b}{m-b},spacetext{or}spacefrac{a-m}{m-b}$$
      and
      $$frac{a}{a},spacefrac{a}{b},spacefrac{b}{a},spacefrac{a}{m},spacefrac{m}{a},spacefrac{b}{m},spacetext{or}spacefrac{m}{b}$$



      This yields 21 Greek means, but only 10 are unique and nontrivial.




      This is a nice general definition for all means of two numbers, but what is a general definition for all means of $n$ numbers?











      share|cite|improve this question











      $endgroup$




      Following chapter 2 of Greek Means and the arithmetic-geometric mean by George and Silvia Toader, the Greek (or Pythagorean) means of two numbers have been studied for centuries originating in the Pythagorean School. The Greek means labeled $m$ of two numbers $a$ and $b$ are defined by equating one of



      $$frac{a-m}{a-b},spacefrac{a-b}{m-b},spacetext{or}spacefrac{a-m}{m-b}$$
      and
      $$frac{a}{a},spacefrac{a}{b},spacefrac{b}{a},spacefrac{a}{m},spacefrac{m}{a},spacefrac{b}{m},spacetext{or}spacefrac{m}{b}$$



      This yields 21 Greek means, but only 10 are unique and nontrivial.




      This is a nice general definition for all means of two numbers, but what is a general definition for all means of $n$ numbers?








      means






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      share|cite|improve this question













      share|cite|improve this question




      share|cite|improve this question








      edited Dec 28 '18 at 1:53







      tyobrien

















      asked Dec 27 '18 at 23:38









      tyobrientyobrien

      1,185514




      1,185514






















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