vector(x,y)=matrix(2,2,10/2*cos([n*[acos(1/sqrt(101))]])+1/2*sin([n*[asin(10/sqrt(101))]]),10/2*cos([n*[acos(1/sqrt(101))]])-(1/2*sin([n*[asin(10/sqrt(101))]])),10/2*sin([n*[asin(10/sqrt(101))]])-(1/2*cos([n*[acos(1/sqrt(101))]])),10/2*sin([n*[asin(10/sqrt(101))]])+1/2*cos([n*[acos(1/sqrt(101))]]))*vector(t,1/t)

vector(x,y)=matrix(2,2,5/2*cos([n*[acos(1/sqrt(26))]])+1/2*sin([n*[asin(5/sqrt(26))]]),5/2*cos([n*[acos(1/sqrt(26))]])-(1/2*sin([n*[asin(5/sqrt(26))]])),5/2*sin([n*[asin(5/sqrt(26))]])-(1/2*cos([n*[acos(1/sqrt(26))]])),5/2*sin([n*[asin(5/sqrt(26))]])+1/2*cos([n*[acos(1/sqrt(26))]]))*vector(t,1/t)

vector(x,y)=matrix(2,2,2/2*cos([n*[acos(1/sqrt(5))]])+1/2*sin([n*[asin(2/sqrt(5))]]),2/2*cos([n*[acos(1/sqrt(5))]])-(1/2*sin([n*[asin(2/sqrt(5))]])),2/2*sin([n*[asin(2/sqrt(5))]])-(1/2*cos([n*[acos(1/sqrt(5))]])),2/2*sin([n*[asin(2/sqrt(5))]])+1/2*cos([n*[acos(1/sqrt(5))]]))*vector(t,1/t)

vector(x,y)=matrix(2,2,1/2*cos([n*[acos(1/sqrt(2))]])+1/2*sin([n*[asin(1/sqrt(2))]]),1/2*cos([n*[acos(1/sqrt(2))]])-(1/2*sin([n*[asin(1/sqrt(2))]])),1/2*sin([n*[asin(1/sqrt(2))]])-(1/2*cos([n*[acos(1/sqrt(2))]])),1/2*sin([n*[asin(1/sqrt(2))]])+1/2*cos([n*[acos(1/sqrt(2))]]))*vector(t,1/t)

y=99*x/20+10/(2*x)

y=24*x/10+5/(2*x)

y=3*x/4+1/x

y=1/(2*x)

Graph of the formula

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