lucphysics
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Homework Statement
f(x)= (sin x)^(sin x)
Homework Equations
The Attempt at a Solution
Taking logarithm on both sides I get:
ln y = ln ((sin x)^(sin x))
The discussion revolves around finding the derivative of the function f(x) = (sin x)^(sin x), which involves logarithmic differentiation and properties of logarithms.
Some participants have provided encouragement and guidance on the next steps, emphasizing the importance of simplification and differentiation. The conversation is ongoing, with multiple participants contributing to the exploration of the problem.
There is an emphasis on using properties of logarithms in the context of differentiation, but no specific assumptions or constraints have been noted in the discussion.
That's a good start. Can you rewrite the right side by using a property of the natural log function?lucphysics said:Homework Statement
f(x)= (sin x)^(sin x)
Homework Equations
The Attempt at a Solution
Taking logarithm on both sides I get:
ln y = ln ((sin x)^(sin x))