Differentiate the following functions with respect to x:

Let, y = ![]()
We have to find dy/dx
As we can observe that y is a fraction of two functions say u and v where,
u = 2x cot x and v = √x
∴ y = u/v
As we know that to find the derivative of fraction of two function we apply quotient rule of differentiation.
By quotient rule, we have –
…equation 1
As, u = 2x cot x
∵ u is the product of two function x and tan x, so we will be applying product rule of differentiation –
∴ ![]()
⇒
[using product rule]
∵
, So we get –
⇒
…equation 2
As, v = √x
∵
, so we get –
…equation 3
∴ from equation 1, we can find dy/dx
∴ ![]()
using equation 2 and 3, we get –
⇒ ![]()
⇒ ![]()
⇒ ![]()
Hence,
![]()
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