Explicit formula for recursive equationCan every recursive formula be expressed explicitly?What will be the closed formula for the following recursive function?Explicit formula for recursive geometric/arithmatic seriesFormula for a recursive functionDiscrete math, Showing a recursive equation as equivalent to a non recursive equation.Recursive to explicit formula from power functionProving recursive formula is an integerIs it possible to find an explicit function for any given recursive sequence?Explicit formula for recursive formula of an integralExpand recursive equation to convert it into a normal formula
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Explicit formula for recursive equation
Can every recursive formula be expressed explicitly?What will be the closed formula for the following recursive function?Explicit formula for recursive geometric/arithmatic seriesFormula for a recursive functionDiscrete math, Showing a recursive equation as equivalent to a non recursive equation.Recursive to explicit formula from power functionProving recursive formula is an integerIs it possible to find an explicit function for any given recursive sequence?Explicit formula for recursive formula of an integralExpand recursive equation to convert it into a normal formula
$begingroup$
I would like to find the explicit formula for $f(a)$, where the recursive formula is $f(a)=(a^2+r^2)p-q^2-f(r)$, $p=lfloor 1+log_2 a rfloor$, $q = 2^p$, and $r=q-a$. The base case is $f(1) = -1$. So my question is: what is the closed formula for $f(k)$?
Note: $a$ is always odd.
This is related to the integral of the Blancmange curve.
recursion fractals
$endgroup$
add a comment |
$begingroup$
I would like to find the explicit formula for $f(a)$, where the recursive formula is $f(a)=(a^2+r^2)p-q^2-f(r)$, $p=lfloor 1+log_2 a rfloor$, $q = 2^p$, and $r=q-a$. The base case is $f(1) = -1$. So my question is: what is the closed formula for $f(k)$?
Note: $a$ is always odd.
This is related to the integral of the Blancmange curve.
recursion fractals
$endgroup$
add a comment |
$begingroup$
I would like to find the explicit formula for $f(a)$, where the recursive formula is $f(a)=(a^2+r^2)p-q^2-f(r)$, $p=lfloor 1+log_2 a rfloor$, $q = 2^p$, and $r=q-a$. The base case is $f(1) = -1$. So my question is: what is the closed formula for $f(k)$?
Note: $a$ is always odd.
This is related to the integral of the Blancmange curve.
recursion fractals
$endgroup$
I would like to find the explicit formula for $f(a)$, where the recursive formula is $f(a)=(a^2+r^2)p-q^2-f(r)$, $p=lfloor 1+log_2 a rfloor$, $q = 2^p$, and $r=q-a$. The base case is $f(1) = -1$. So my question is: what is the closed formula for $f(k)$?
Note: $a$ is always odd.
This is related to the integral of the Blancmange curve.
recursion fractals
recursion fractals
edited Mar 29 at 1:17
LittleKnownMathematician
asked Mar 28 at 22:54
LittleKnownMathematicianLittleKnownMathematician
808
808
add a comment |
add a comment |
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