Use logarithmic differentiation to find the derivative of the function. y = 6 Select one: a. y' = 6x®(6 Inx+1) b.y' = -6x®*(Inx+6) о C. y' = 6(Inx+1) d. None of these e. y' = 6x®* (In x + 1) f. y' = x* (In 6x + 1) o
Find the derivative of the following functions: Inx 22 C. a. F(x) = In (3x) b. Y=: Y=52x-1 d. Y= log1032 e. Y=In(x2-2)2/3 f. Y= In g. Y= log2 (2x - 1) h. Y= 8** e 1+e+
answer plz 1 - Inx 11. Find the following limit using the definition of a derivative: lim x-e
please explain the steps to your solution using Microsoft excel to Compute the answer 7) From x-1 tox-2, find the values of the function whose derivative is dy Inx) + xy dx using the 2"d order Runge-Kutta approximation and a Ax of 0.1. At x 1, y-1. 7) From x-1 tox-2, find the values of the function whose derivative is dy Inx) + xy dx using the 2"d order Runge-Kutta approximation and a Ax of 0.1. At x 1, y-1.
Find the derivative of the following function. p=2qer A) p = 24" (69* + 1) B) p' = 24" (64 +1) c) p = 24(4* +2) D) p'=24 (69* +2) E) p'-24' (60'+2) Find y. y = 7(Inx) 49 (In x) (In x) 42 . x( In x) 36 (Inx) Find y'. y = [In(x+5) A) 24.x'In(x + 5) (x* +5) B) 4x"In(x+5) (x+5 4x" In(x* +5) 6x'In(x + 5) (x* +5) 48x* In(x+5) E)
find the derivative Find the derivative of the function. y=9 eX + e 2x dy dx Find the derivative of the function. y=9 eX + e 2x dy dx
Derivative Find the derivative of the function. y = (1 + 6x) e-6x
Find the derivative of the function. 4x-9 y= 7x+4 The derivative i
Q2 a) Find the second derivative of the following function y = tan x + sin-1x b) Using chain rule find any as function of y for the following function y = Vē – 1, x = t2 In x c) Using L'Hopital's rule find the limits as x approach 1 of the function d) find for the function y = ln xy + log10 (x + 3) + 2*+sinh-1x dx
Find the derivative of the function. g(x) = 800(3 - e-0.1x) Find the derivative of the function. y = :ets Find the derivative of the function. y = 4e(x2 + 6)3 Find the derivative of the function. y = In(e2x + 3)