How to determine the sequence of this graph?Result obtained on deletion of finite number of Fourier CoefficientsComplex Fourier series and its represntationFourier series coefficients' relation to original functionIs it possible to visualize the graph of a cosine or sine fourier series of an arbitrary function without calculating the coefficients?Visualize Fourier SeriesWays to determine how fast a sequence diverge/convergeDoubt regarding Fourier series coefficients.How can I determine general formula of this sequence?Finding Fourier Series TroubleFourier coefficients of $sin + cos$
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How to determine the sequence of this graph?
Result obtained on deletion of finite number of Fourier CoefficientsComplex Fourier series and its represntationFourier series coefficients' relation to original functionIs it possible to visualize the graph of a cosine or sine fourier series of an arbitrary function without calculating the coefficients?Visualize Fourier SeriesWays to determine how fast a sequence diverge/convergeDoubt regarding Fourier series coefficients.How can I determine general formula of this sequence?Finding Fourier Series TroubleFourier coefficients of $sin + cos$
$begingroup$
I can solve a Fourier series, but I don’t know how to determine the sequence.
It is necessary to determine the values of the imaginary part of the Fourier coefficients of the following sequence: Graph in Picture. 
sequences-and-series analysis fourier-series
asked Mar 16 at 9:32
ElyEly
121
$endgroup$
add a comment |
$begingroup$
I can solve a Fourier series, but I don’t know how to determine the sequence.
It is necessary to determine the values of the imaginary part of the Fourier coefficients of the following sequence: Graph in Picture.
sequences-and-series analysis fourier-series
asked Mar 16 at 9:32
ElyEly
121
$endgroup$
add a comment |
$begingroup$
I can solve a Fourier series, but I don’t know how to determine the sequence.
It is necessary to determine the values of the imaginary part of the Fourier coefficients of the following sequence: Graph in Picture.
sequences-and-series analysis fourier-series
asked Mar 16 at 9:32
ElyEly
121
$endgroup$
I can solve a Fourier series, but I don’t know how to determine the sequence.
It is necessary to determine the values of the imaginary part of the Fourier coefficients of the following sequence: Graph in Picture.
sequences-and-series analysis fourier-series
sequences-and-series analysis fourier-series
asked Mar 16 at 9:32
ElyEly
121
asked Mar 16 at 9:32
ElyEly
121
asked Mar 16 at 9:32
ElyEly
121
asked Mar 16 at 9:32
ElyEly
121
asked Mar 16 at 9:32
ElyEly
121
121
add a comment |
add a comment |
1 Answer
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$begingroup$
You can define this as a periodic function with period $T$: $$f(t)=dfrac1Ttquadtextwhere,,kTlt tle (k+1)Tquadtextfor,,kinmathbb Z$$ since when $t=0$, $f(0)=0$ and when $t=T$, $f(T)=1.$
answered Mar 16 at 16:09
poyeapoyea
1,6072717
$endgroup$
add a comment |
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1 Answer
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1 Answer
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votes
$begingroup$
You can define this as a periodic function with period $T$: $$f(t)=dfrac1Ttquadtextwhere,,kTlt tle (k+1)Tquadtextfor,,kinmathbb Z$$ since when $t=0$, $f(0)=0$ and when $t=T$, $f(T)=1.$
answered Mar 16 at 16:09
poyeapoyea
1,6072717
$endgroup$
add a comment |
$begingroup$
You can define this as a periodic function with period $T$: $$f(t)=dfrac1Ttquadtextwhere,,kTlt tle (k+1)Tquadtextfor,,kinmathbb Z$$ since when $t=0$, $f(0)=0$ and when $t=T$, $f(T)=1.$
answered Mar 16 at 16:09
poyeapoyea
1,6072717
$endgroup$
add a comment |
$begingroup$
You can define this as a periodic function with period $T$: $$f(t)=dfrac1Ttquadtextwhere,,kTlt tle (k+1)Tquadtextfor,,kinmathbb Z$$ since when $t=0$, $f(0)=0$ and when $t=T$, $f(T)=1.$
answered Mar 16 at 16:09
poyeapoyea
1,6072717
$endgroup$
You can define this as a periodic function with period $T$: $$f(t)=dfrac1Ttquadtextwhere,,kTlt tle (k+1)Tquadtextfor,,kinmathbb Z$$ since when $t=0$, $f(0)=0$ and when $t=T$, $f(T)=1.$
answered Mar 16 at 16:09
poyeapoyea
1,6072717
answered Mar 16 at 16:09
poyeapoyea
1,6072717
answered Mar 16 at 16:09
poyeapoyea
1,6072717
answered Mar 16 at 16:09
poyeapoyea
1,6072717
1,6072717
add a comment |
add a comment |
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