In Exercises 135–140, use logarithmic differentiation to find the derivative of y with respect to the appropriate variable. 2(x² + 1) Зх + 4 10 136. y 135. y = V 2r 4 Vcos 2x ((t + 1)(t D). (t – 2)(t + 3), 137. y = t> 2 2u2" 138. y = Vư + 1 139. y = (sin 0)Vª 140. y = (In x)'/(ln x)

Q: Find the first derivative x2y + y2-2xy =5                   Use implicit differentiation

A: The given equation is x2y+y2-2xy=5. Assume y is a function of x. By implicit differentiation, find…

Q: 11) find the derivative of the function.

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Q: (18) Find the derivative of the functio 2²+5 3 Y=2²-5 Nor me it to Vitou inst

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Q: Which of the following is the equation of the line tangent to the curve y=Vã at x=9? (11) y =x + 3…

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Q: Find the derivative of the function. y = 2e* +x2

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Q: s=2 caslzt)- Sin S) 7ズ ds Ty pe as eaCkt amw sr usin

A: In this question We want to differentiate s with respect to t.

Q: In Exercises 1-4, find the first derivative of the function. 1. f(x) = V4 –x 2. f(x) = V9 - x?

A: Solution (1): Given, fx=4-x

Q: Calculate the derivativo. Show all work. + f(x) = X ²¹, 8² x + a

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Q: Analyze and apply statistics Find the derivative of the following:  a. y = 2x³ - 3x² + 6x – 5…

A: As we know that; The sum difference rule: f±g'=f'±g' The Power law: ddxxn=nxn-1 The Product rule:…

Q: Jse logarithmic differentiation. sin(w²) + log w b = (csc (Tw))10/tan-1(w³)

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