Eh guy, i decided to create this note to prove some hyperbolic identity...... Enjoy... A famous hyperbolic equation that we all know is: \cosh\^2{x} - \sinh\^2{x} =1 have you ever imagined how this was proved? lets take a look at it! bold
from hyperbolic identity,
= \frac{\exp\^x + \exp\^-x}{2}
and
= \frac{\exp\^x - \exp\^-x}{2}
lets add
+ = \frac{\exp\^x + \exp\^-x}{2} + \frac{\exp\^x - \exp\^-x}{2}
using method of L.C.M,
= \frac{2\( exp\^x )
= bold \exp\^x
now lets subtract,
-
= \frac{\exp\^x + \exp\^-x}{2}
- \frac{\exp\^x - \exp\^-x}{2}
= \frac{2\( exp\^-x )
= bold \exp\^-x
then lets multiplty
=+ * -
= \exp\^x * \exp\^-x
= \exp\^x * \frac{1}{\exp\^x}
=bold
so guys, i hope you enjoyed this?
like and share! :)
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