derivative of √sin√x
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Let, y = √(sin√x)
or, y = (sin√x)^(1/2)
Now, differentiating with respect to x, we get
dy/dx
= 1/2 (sin√x)^(1/2 - 1) d/dx (sin√x)
= 1/2 (sin√x)^(-1/2) (cos√x) d/dx (√x)
= 1/2 1/√(sin√x) (cos√x) d/dx {x^(1/2)}
= 1/2 1/√(sin√x) (cos√x) 1/2 x^(1/2 - 1)
= 1/2 1/√(sin√x) (cos√x) 1/2 x^(-1/2)
= (1/2 × 1/2) √(sin√x) (cos√x) 1/(√x)
= 1/4 √(sin√x) (cos√x) 1/(√x)
#MarkAsBrainliest
Let, y = √(sin√x)
or, y = (sin√x)^(1/2)
Now, differentiating with respect to x, we get
dy/dx
= 1/2 (sin√x)^(1/2 - 1) d/dx (sin√x)
= 1/2 (sin√x)^(-1/2) (cos√x) d/dx (√x)
= 1/2 1/√(sin√x) (cos√x) d/dx {x^(1/2)}
= 1/2 1/√(sin√x) (cos√x) 1/2 x^(1/2 - 1)
= 1/2 1/√(sin√x) (cos√x) 1/2 x^(-1/2)
= (1/2 × 1/2) √(sin√x) (cos√x) 1/(√x)
= 1/4 √(sin√x) (cos√x) 1/(√x)
#MarkAsBrainliest
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