In Trigonometry Nest, the functions sin(cos(x)) and cos(sin(x)) were introduced, and it was proven that one of these functions is always greater than the other.
Taking this concept to infinity, which of these functions is greater: C(x)=cos(sin(cos(......(sin(x))))...))), or S(x)=sin(cos(sin(......(cos(x))))...)))?
a)
C(x) is approx. 0.76816916
S(x) is approx. 0.69481969
b) I haven't found a solution to this. But I have an idea:
note that C(x) = cos(sin(C(x))
Arccos(C(x)) = Sin(C(x))
Therefore if you plot out Arccos(t) and Sin(t), the value of C(x) should be the y value of where those two curves cross each other.
Similarly S(x) = sin(cos(S(x))
So the value of S(x) should be the y value of the point where these two functions meet: Arcsin(t) and Cos(t)
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