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Recursive calculus occurrences


suggest textbook on calculusPost-Uni Calculus/Probabilities Book SuggestionPrerequisites of general calculusReference help - Linear Algebra and CalculusA closed form of $sum_k=0^inftyfrac(-1)^k+1k!Gamma^2left(frack2right)$What calculus material can prepare me for MCMC?Book recommendation for differential and integral calculus of one and of several variablesCalculus book that starts with sequencesSoft question: What are some good calculus resourcesGood books on Calculus and Geometry













-1












$begingroup$


I am looking for recursive definitionss in high school calculus. These could be series with a general terms and other interesting observations.
Please share any recursive definitions in calculus you are aware of.










share|cite|improve this question











$endgroup$











  • $begingroup$
    do you mean recursive definitions? almost anything defined as a sequence can have a recursive definition...
    $endgroup$
    – gt6989b
    Mar 14 at 15:50










  • $begingroup$
    Yes, I meant recursive definitions.
    $endgroup$
    – 01110000_01110000
    Mar 14 at 15:51















-1












$begingroup$


I am looking for recursive definitionss in high school calculus. These could be series with a general terms and other interesting observations.
Please share any recursive definitions in calculus you are aware of.










share|cite|improve this question











$endgroup$











  • $begingroup$
    do you mean recursive definitions? almost anything defined as a sequence can have a recursive definition...
    $endgroup$
    – gt6989b
    Mar 14 at 15:50










  • $begingroup$
    Yes, I meant recursive definitions.
    $endgroup$
    – 01110000_01110000
    Mar 14 at 15:51













-1












-1








-1





$begingroup$


I am looking for recursive definitionss in high school calculus. These could be series with a general terms and other interesting observations.
Please share any recursive definitions in calculus you are aware of.










share|cite|improve this question











$endgroup$




I am looking for recursive definitionss in high school calculus. These could be series with a general terms and other interesting observations.
Please share any recursive definitions in calculus you are aware of.







calculus






share|cite|improve this question















share|cite|improve this question













share|cite|improve this question




share|cite|improve this question








edited Mar 14 at 15:51







01110000_01110000

















asked Mar 14 at 15:45









01110000_0111000001110000_01110000

267




267











  • $begingroup$
    do you mean recursive definitions? almost anything defined as a sequence can have a recursive definition...
    $endgroup$
    – gt6989b
    Mar 14 at 15:50










  • $begingroup$
    Yes, I meant recursive definitions.
    $endgroup$
    – 01110000_01110000
    Mar 14 at 15:51
















  • $begingroup$
    do you mean recursive definitions? almost anything defined as a sequence can have a recursive definition...
    $endgroup$
    – gt6989b
    Mar 14 at 15:50










  • $begingroup$
    Yes, I meant recursive definitions.
    $endgroup$
    – 01110000_01110000
    Mar 14 at 15:51















$begingroup$
do you mean recursive definitions? almost anything defined as a sequence can have a recursive definition...
$endgroup$
– gt6989b
Mar 14 at 15:50




$begingroup$
do you mean recursive definitions? almost anything defined as a sequence can have a recursive definition...
$endgroup$
– gt6989b
Mar 14 at 15:50












$begingroup$
Yes, I meant recursive definitions.
$endgroup$
– 01110000_01110000
Mar 14 at 15:51




$begingroup$
Yes, I meant recursive definitions.
$endgroup$
– 01110000_01110000
Mar 14 at 15:51










1 Answer
1






active

oldest

votes


















0












$begingroup$

Not sure what you are asking for exactly and why do you need it, but here are some famous examples.



  1. Factorial The factorial, related to the $Gamma$ function, is defined as
    $$n! = 1 times 2 times ldots times n = prod_k=1^n k$$
    but can alternatively be defined as $0! = 1$ and $n! = n cdot (n-1)!$


  2. Fibonacci Sequence The sequence
    $$
    beginsplit
    F_n &= fracphi^n -psi^nphi - psi = fracphi^n -psi^nsqrt5 \
    phi &= frac1 + sqrt52 \
    psi &= frac1 - sqrt52
    endsplit
    $$

    can be defined recursively as $F_n+2 = F_n+1 + F_n, F_0 = 0, F_1 = 1$.


  3. The number $$e = lim_n to infty left(1 + frac1nright)^n$$ can be instead defined as the limit of the sequence $$e_1 = 2, e_n+1 = left(e_n^1/n - frac1n(n+1)right)^n+1.$$






share|cite|improve this answer









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    1 Answer
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    1 Answer
    1






    active

    oldest

    votes









    active

    oldest

    votes






    active

    oldest

    votes









    0












    $begingroup$

    Not sure what you are asking for exactly and why do you need it, but here are some famous examples.



    1. Factorial The factorial, related to the $Gamma$ function, is defined as
      $$n! = 1 times 2 times ldots times n = prod_k=1^n k$$
      but can alternatively be defined as $0! = 1$ and $n! = n cdot (n-1)!$


    2. Fibonacci Sequence The sequence
      $$
      beginsplit
      F_n &= fracphi^n -psi^nphi - psi = fracphi^n -psi^nsqrt5 \
      phi &= frac1 + sqrt52 \
      psi &= frac1 - sqrt52
      endsplit
      $$

      can be defined recursively as $F_n+2 = F_n+1 + F_n, F_0 = 0, F_1 = 1$.


    3. The number $$e = lim_n to infty left(1 + frac1nright)^n$$ can be instead defined as the limit of the sequence $$e_1 = 2, e_n+1 = left(e_n^1/n - frac1n(n+1)right)^n+1.$$






    share|cite|improve this answer









    $endgroup$

















      0












      $begingroup$

      Not sure what you are asking for exactly and why do you need it, but here are some famous examples.



      1. Factorial The factorial, related to the $Gamma$ function, is defined as
        $$n! = 1 times 2 times ldots times n = prod_k=1^n k$$
        but can alternatively be defined as $0! = 1$ and $n! = n cdot (n-1)!$


      2. Fibonacci Sequence The sequence
        $$
        beginsplit
        F_n &= fracphi^n -psi^nphi - psi = fracphi^n -psi^nsqrt5 \
        phi &= frac1 + sqrt52 \
        psi &= frac1 - sqrt52
        endsplit
        $$

        can be defined recursively as $F_n+2 = F_n+1 + F_n, F_0 = 0, F_1 = 1$.


      3. The number $$e = lim_n to infty left(1 + frac1nright)^n$$ can be instead defined as the limit of the sequence $$e_1 = 2, e_n+1 = left(e_n^1/n - frac1n(n+1)right)^n+1.$$






      share|cite|improve this answer









      $endgroup$















        0












        0








        0





        $begingroup$

        Not sure what you are asking for exactly and why do you need it, but here are some famous examples.



        1. Factorial The factorial, related to the $Gamma$ function, is defined as
          $$n! = 1 times 2 times ldots times n = prod_k=1^n k$$
          but can alternatively be defined as $0! = 1$ and $n! = n cdot (n-1)!$


        2. Fibonacci Sequence The sequence
          $$
          beginsplit
          F_n &= fracphi^n -psi^nphi - psi = fracphi^n -psi^nsqrt5 \
          phi &= frac1 + sqrt52 \
          psi &= frac1 - sqrt52
          endsplit
          $$

          can be defined recursively as $F_n+2 = F_n+1 + F_n, F_0 = 0, F_1 = 1$.


        3. The number $$e = lim_n to infty left(1 + frac1nright)^n$$ can be instead defined as the limit of the sequence $$e_1 = 2, e_n+1 = left(e_n^1/n - frac1n(n+1)right)^n+1.$$






        share|cite|improve this answer









        $endgroup$



        Not sure what you are asking for exactly and why do you need it, but here are some famous examples.



        1. Factorial The factorial, related to the $Gamma$ function, is defined as
          $$n! = 1 times 2 times ldots times n = prod_k=1^n k$$
          but can alternatively be defined as $0! = 1$ and $n! = n cdot (n-1)!$


        2. Fibonacci Sequence The sequence
          $$
          beginsplit
          F_n &= fracphi^n -psi^nphi - psi = fracphi^n -psi^nsqrt5 \
          phi &= frac1 + sqrt52 \
          psi &= frac1 - sqrt52
          endsplit
          $$

          can be defined recursively as $F_n+2 = F_n+1 + F_n, F_0 = 0, F_1 = 1$.


        3. The number $$e = lim_n to infty left(1 + frac1nright)^n$$ can be instead defined as the limit of the sequence $$e_1 = 2, e_n+1 = left(e_n^1/n - frac1n(n+1)right)^n+1.$$







        share|cite|improve this answer












        share|cite|improve this answer



        share|cite|improve this answer










        answered Mar 14 at 18:02









        gt6989bgt6989b

        35k22557




        35k22557



























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