(a) (c)= dx (c) & √(x²). (e) d [ƒ(g(x))]= (g) (sin x)= dx (i) --(tan x) = dx d (k) (sec x) = dx (m) — (e²) = d (0) = (logax) = . dx d (9) (sin ¹x) = dx (b)(x) (ª) — [ƒ(x) · g(x)]- dx (f) d[f(x)] dx g(x) d (h) (cos.x) - dx d (j) (csc x) = dx d (1)(cot x) = = dx d (n) (Inx)= dx (p) & (a*) =. dx (r) & (tan¯¹x) = dx
(a) (c)= dx (c) & √(x²). (e) d [ƒ(g(x))]= (g) (sin x)= dx (i) --(tan x) = dx d (k) (sec x) = dx (m) — (e²) = d (0) = (logax) = . dx d (9) (sin ¹x) = dx (b)(x) (ª) — [ƒ(x) · g(x)]- dx (f) d[f(x)] dx g(x) d (h) (cos.x) - dx d (j) (csc x) = dx d (1)(cot x) = = dx d (n) (Inx)= dx (p) & (a*) =. dx (r) & (tan¯¹x) = dx
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...
Related questions
Question
![(a)
d
dx
- (c) =
d
(c) = (x²)-
=
dx
(e) — [ƒ(g(x))] =
dx
d
dx
d
dx
(sin x) =
=
(i) (tan x)
=
(k) d (secx) =
dx
(m) =(e^) =
dx
d
(0) a (logax) =
dx
d
(9) — (sin¯¹x) =
dx
(b)
(d) [f(x)-g(x)]-
dx
(f)
d
dx
(h)
d| f(x)
dx g(x)
d
dx
(cos x) =
d
(1) / (csc x) =
dx
(1) a (cot x) =
=
dx
(n) (In x) =
dx
d
(p) & (a²
dx
(ax) =
d
(r) & (tan¯¹x) =
dx](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ffdc4bd04-a070-4f0a-8c81-81114a590c8c%2F490d38b0-6281-401d-a943-61e4a0c3e435%2Ffp5s0sm_processed.png&w=3840&q=75)
Transcribed Image Text:(a)
d
dx
- (c) =
d
(c) = (x²)-
=
dx
(e) — [ƒ(g(x))] =
dx
d
dx
d
dx
(sin x) =
=
(i) (tan x)
=
(k) d (secx) =
dx
(m) =(e^) =
dx
d
(0) a (logax) =
dx
d
(9) — (sin¯¹x) =
dx
(b)
(d) [f(x)-g(x)]-
dx
(f)
d
dx
(h)
d| f(x)
dx g(x)
d
dx
(cos x) =
d
(1) / (csc x) =
dx
(1) a (cot x) =
=
dx
(n) (In x) =
dx
d
(p) & (a²
dx
(ax) =
d
(r) & (tan¯¹x) =
dx
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