Series[ Exp[Sin [Sqrt[1 + x^2]]], {x, Infinity, 1}]
E^Sin[Sqrt[1 + x^2]]
Output is same as input whereas I want this answer...
E^Sin[1/(2 x) + x + ...]
WITHOUT having to manually expand the square root separately. I thinking of a long expression where many Exponentials and Sines and square roots are present in that expression.
D[Exp[Sin[Sqrt[1+x^2]]]]/.x->Infinity
and see the result obtained. $\endgroup$