I already found out that this sequence is bounded above and $a_n <2 \forall n \in \mathbb Z_+ $
I think I'm missing a point as I can't think of a way to prove that the sequence is increasing.
I already found out that this sequence is bounded above and $a_n <2 \forall n \in \mathbb Z_+ $
I think I'm missing a point as I can't think of a way to prove that the sequence is increasing.
How to find $\lim_{h\rightarrow 0}\frac{\sin(ha)}{h}$ without lhopital rule? I know when I use lhopital I easy get $$ \lim_{h\rightarrow 0}...
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