Let f(x) = 8 sin r + 3 cos r f'(x)- f(똥) =|

Q: Let f(x) = 2ln(sin(x)) ƒ''(x) =

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Q: Does the function cos x х f(x) = 0, x = 0 have a derivative at x = 0? Explain.

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Q: f'(x) = Let f(x)= = I cos ³

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Q: f(x) = 2a? cos(a) f' (x) = |

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Q: Let f(x) = 2 csc (7x) f'(x) = - -14 cot (7x) csc (7x) X

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Q: f(x) COSX f'x) 2.

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Q: Let f'(x) = f'( 5 ) = f(x) = 3 sin x + 12 cos x

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Q: 3 sin x If f(x) then 2 + cos x f'(x) =

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Q: Let ƒ(x) = − 2 sin¯¹(e8²) ƒ'(x) =

A: Given query is to find indicated derivative.

Q: If f(x) = - f'(x) = f'(5) = 2 sin r 3 + cos x 3 then

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Q: If f(z) = 3 sin (z) then f'(z) =

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Q: If f(x) ƒ'(x) = ƒ' (2) = = 3 sin x 3 + cos x then

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Q: Let f(x) = 5 sec(5x) f'(x)

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Q: Find the derivative

A: We are required to find the derivative of (a) y=cos2tan1+x3(b) f(t)=3csc5πt-71-cotπt5-7

Q: Find f'(0) if f (x) = In(cos .x).

A: we have to find f'(0)

Q: f(x) = sin (cot (secx))

A: The objective of the question is to understand the function f(x) = sin (cot (sec x)). This is a…

Q: Let f'(z)= 8cosx-7sind 2 f'() = 0 f(x) = 8 sin x + 7 cos x

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Q: Let f(x) = sin(x5). f'(x) = f'(2) = 0

A: NOTE: Refresh your page if you can't see any equations. . take derivative

Q: FIND F'(x) F(x) = 2 tanx 1+cosx

A: To differentiate the given function.

Q: If f(x) f'(x)= = 3x sin x cos x, find Find f'(5): =

A: 1) f(x)=3 sinx cosx 2) f(x)=8cosx+6tanx.

Q: LIf f(x) = 2 sin(x) + 2x* , find f' (3). f'(3) =

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Q: f' (x) = r(농) =

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Q: Find f. f"(x) = -2 + 36x – 12x², (0) = 8, f'(0) = 18 "(x) =

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Q: Find f. f'(t) = sec(t)(sec(t) + tan(t)), = -1 f(t) =

A: Given that: f'(t)=sect(sect+tant),    -π2<t<π2, fπ4=-1

Q: Let fla) =Sint () Find f'(a) Let fla)= sin (u4) , Find f'Ca) Find f'(a) ニ

A: We can make it easier for you

Q: Let f(x) f'(x) = 2 cos x + 7 tan x 2 sin(x) + 7 sec²(x) 1' (5) = 6

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Q: Let f(x) = sin(z))". Find (1). (1).

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Q: Let f(x)=(6sinx+2cosx)tan−1x f'(x) =

A: Consider the function

Q: f(x) = 7 sinx+ 5 cos x

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Q: f'(x) = f(x) = cos(2x + 3)

A: Given query is to find the derivative.

Q: Let f (x) = sin(x) − x. Then f ' (0) = and f '' (0) =

A: Given information: