Greetings dear friends. In this article, we will tell you how to take the derivative of the arctan(sqrt(x^2-1)) expression. We wish you good lessons...
$arctan(\sqrt{(x^2-1)})$ derivative
Let's take the derivative step by step:
👉 $\frac{d}{dx}tan^{-1}x=\frac{1}{1+x^2}$
👉 $\frac{d}{dx}arctan(\sqrt{(x^2-1)})=\frac{d}{dx}tan^{-1}(\sqrt{(x^2-1)})$
So we will first take the derivative of arctan. Then we take the derivative of the interior and multiply it.
So;
👉 $\frac{d}{dx}tan^{-1}(\sqrt{(x^2-1)})=\frac{1}{1+(\sqrt{(x^2-1)})^2}.\frac{1}{2.(\sqrt{(x^2-1)})}.2x$
👉 $\frac{x}{x^2.(\sqrt{(x^2-1)})}=\frac{1}{x.(\sqrt{(x^2-1)})}$
Answer : $\frac{1}{x.(\sqrt{(x^2-1)})}$
0 comments:
Post a Comment