e^ix^2=cos(x^2)+isin(x^2)
(e^ix)^x=cos(x^2)+isin(x^2)
(cos(x)+isin(x))^x=cos(x^2)+isin(x^2)
However, I cannot simplify the left side...
Is it possible to rewrite cos(x^2) as a number without trigonometric functions of non-linear variabl
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LOL! Even my hamster can answer this one... :@
She says YES!...btw.
She says YES!...btw.
Yes it is
I am in a calc and had to do that a little bit
calc *book*
Post 10 was fixing my statement in post 8
naturelikecool wrote:
#Book#😎
lol
Apr 29, 2019
0
#14
Hi brother just watched ur profile really great content can you please say do you copy those or your own decoration.if ur own your a future mark Twain for sure.thanks.i think they were copied right .
naturelikecool wrote:
Hi brother just watched ur profile really great content can you please say do you copy those or your own decoration.if ur own your a future mark Twain for sure.thanks.i think they were copied right .
One quote is Blaise pascal but the rest are me I think... I haven’t read my own profile recently lol
But thank you so much for reading it! 
Sometimes using its equivalence series would help. Such as binomial series, etc.
The result would not exact but pretty close approximating.
I don't think I like representing with Taylor Series though...
Trexler3241 wrote:
I don't think I like representing with Taylor Series though...
There are many kinds of the series you can choose to suit your purpose.
The result would not exact but satisfying for technical application purposes. Even the series are used to solve the problem in mathematical field.
Is it?!