Analytics average time from each second count












0












$begingroup$


So to visualise the problem heres the mocked data that i use.



1s => 2840,
2s => 2042,
3s => 1106,
4s => 269,
5s => 409,
6s => 0,
7s => 449,
8s => 531,
9s => 910


What i would like to achieve is to get the time value (s) which applies to the all counts average, thats been weighted depending on the time and count.



As for simpler example to understand what i mean



1s => 10,
2s => 0,
3s => 10


The output would be 2s










share|cite|improve this question









$endgroup$

















    0












    $begingroup$


    So to visualise the problem heres the mocked data that i use.



    1s => 2840,
    2s => 2042,
    3s => 1106,
    4s => 269,
    5s => 409,
    6s => 0,
    7s => 449,
    8s => 531,
    9s => 910


    What i would like to achieve is to get the time value (s) which applies to the all counts average, thats been weighted depending on the time and count.



    As for simpler example to understand what i mean



    1s => 10,
    2s => 0,
    3s => 10


    The output would be 2s










    share|cite|improve this question









    $endgroup$















      0












      0








      0





      $begingroup$


      So to visualise the problem heres the mocked data that i use.



      1s => 2840,
      2s => 2042,
      3s => 1106,
      4s => 269,
      5s => 409,
      6s => 0,
      7s => 449,
      8s => 531,
      9s => 910


      What i would like to achieve is to get the time value (s) which applies to the all counts average, thats been weighted depending on the time and count.



      As for simpler example to understand what i mean



      1s => 10,
      2s => 0,
      3s => 10


      The output would be 2s










      share|cite|improve this question









      $endgroup$




      So to visualise the problem heres the mocked data that i use.



      1s => 2840,
      2s => 2042,
      3s => 1106,
      4s => 269,
      5s => 409,
      6s => 0,
      7s => 449,
      8s => 531,
      9s => 910


      What i would like to achieve is to get the time value (s) which applies to the all counts average, thats been weighted depending on the time and count.



      As for simpler example to understand what i mean



      1s => 10,
      2s => 0,
      3s => 10


      The output would be 2s







      real-analysis






      share|cite|improve this question













      share|cite|improve this question











      share|cite|improve this question




      share|cite|improve this question










      asked Nov 13 '18 at 15:12









      Maanus IndovMaanus Indov

      1034




      1034






















          1 Answer
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          $begingroup$

          It looks like the data that you're giving is something like: you ran many trials of the same experiment, which tests how long something takes— in 2840 trials it took 1 second, in 2042 trials it took 2 seconds, and so on...



          In this case, one simply takes the weighted average:
          $$frac{2840+4084+3318+1076+2045+0+3143+4248+8190}{2840+2042+1106+269+409+0+449+531+910} = 3.38288920056dots. $$






          share|cite|improve this answer









          $endgroup$













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            1 Answer
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            1 Answer
            1






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            active

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            1












            $begingroup$

            It looks like the data that you're giving is something like: you ran many trials of the same experiment, which tests how long something takes— in 2840 trials it took 1 second, in 2042 trials it took 2 seconds, and so on...



            In this case, one simply takes the weighted average:
            $$frac{2840+4084+3318+1076+2045+0+3143+4248+8190}{2840+2042+1106+269+409+0+449+531+910} = 3.38288920056dots. $$






            share|cite|improve this answer









            $endgroup$


















              1












              $begingroup$

              It looks like the data that you're giving is something like: you ran many trials of the same experiment, which tests how long something takes— in 2840 trials it took 1 second, in 2042 trials it took 2 seconds, and so on...



              In this case, one simply takes the weighted average:
              $$frac{2840+4084+3318+1076+2045+0+3143+4248+8190}{2840+2042+1106+269+409+0+449+531+910} = 3.38288920056dots. $$






              share|cite|improve this answer









              $endgroup$
















                1












                1








                1





                $begingroup$

                It looks like the data that you're giving is something like: you ran many trials of the same experiment, which tests how long something takes— in 2840 trials it took 1 second, in 2042 trials it took 2 seconds, and so on...



                In this case, one simply takes the weighted average:
                $$frac{2840+4084+3318+1076+2045+0+3143+4248+8190}{2840+2042+1106+269+409+0+449+531+910} = 3.38288920056dots. $$






                share|cite|improve this answer









                $endgroup$



                It looks like the data that you're giving is something like: you ran many trials of the same experiment, which tests how long something takes— in 2840 trials it took 1 second, in 2042 trials it took 2 seconds, and so on...



                In this case, one simply takes the weighted average:
                $$frac{2840+4084+3318+1076+2045+0+3143+4248+8190}{2840+2042+1106+269+409+0+449+531+910} = 3.38288920056dots. $$







                share|cite|improve this answer












                share|cite|improve this answer



                share|cite|improve this answer










                answered Dec 19 '18 at 4:33









                aleph_twoaleph_two

                24912




                24912






























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