335. f(x) = TUL

Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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solve 335 the answer is 4/(e^x+e^-x)^2 why please explain to me why

For the following exercises, find f'(x) for each function.
331. f(x) = x² ex
332. f(x)=x
e
333. f(x) = ex³lnx
334. f(x) = √e²x + 2x
2x
335. f(x)= =
10%
In 10
337. f(x) = 24x + 4x²
338. f(x) = 3 sin 3x
339. f(x)= xx
340. f(x) = ln(4x³ + x)
341. f(x) = In√5x - 7
342. f(x)=x²ln 9x
343. f(x) = log (secx)
336. f(x) =
+3) ³
344. f(x) = log7(6x4 +
Inx
350. y=(x²-1) ¹x
cotx
351. y=xCo
Page
352. y =
1
x+11
√√²-4
353. y=x-1/2 (x²+3) ²/3 (3x-4)4
354. [T] Find an equation of the tangent line to the graph
(x²-1)
of f(x) = 4xe
both the function and the tangent line.
of 4
at the point where x = −1. Graph
355. [T] Find the equation of the line that is normal to the
graph of f(x) = x 5* at the point where x = 1. Graph
both the function and the normal line.
356. [T] Find the equation of the tangent line to the graph
of x³ - xlny + y² = 2x+5 at the point where x = 2.
(Hint: Use implicit differentiation to find
the curve and the tangent line.
357. Consider the function y = x²
x l/x
dy
dx
.) Graph both
for x > 0.
a. Determine the points on the graph where the
tangent line is horizontal.
b. Determine the points on the graph where y'>0
and those where y' < 0.
ZOOM
+
|
Transcribed Image Text:For the following exercises, find f'(x) for each function. 331. f(x) = x² ex 332. f(x)=x e 333. f(x) = ex³lnx 334. f(x) = √e²x + 2x 2x 335. f(x)= = 10% In 10 337. f(x) = 24x + 4x² 338. f(x) = 3 sin 3x 339. f(x)= xx 340. f(x) = ln(4x³ + x) 341. f(x) = In√5x - 7 342. f(x)=x²ln 9x 343. f(x) = log (secx) 336. f(x) = +3) ³ 344. f(x) = log7(6x4 + Inx 350. y=(x²-1) ¹x cotx 351. y=xCo Page 352. y = 1 x+11 √√²-4 353. y=x-1/2 (x²+3) ²/3 (3x-4)4 354. [T] Find an equation of the tangent line to the graph (x²-1) of f(x) = 4xe both the function and the tangent line. of 4 at the point where x = −1. Graph 355. [T] Find the equation of the line that is normal to the graph of f(x) = x 5* at the point where x = 1. Graph both the function and the normal line. 356. [T] Find the equation of the tangent line to the graph of x³ - xlny + y² = 2x+5 at the point where x = 2. (Hint: Use implicit differentiation to find the curve and the tangent line. 357. Consider the function y = x² x l/x dy dx .) Graph both for x > 0. a. Determine the points on the graph where the tangent line is horizontal. b. Determine the points on the graph where y'>0 and those where y' < 0. ZOOM + |
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