(b) k[h(x)] (d) m[h(x)] (f) m[k(x)] 3x - 4 x + 1 13. Let F(x): = and G(x) 3x + 3 Find the domains of the compositions F G and Go F. Then compute the = X-1 following: (a) (F° G)(x) (c) (F° G)(2) (e) G[F(y)] (b) F[G(t)] (d) (Go F)(x) (f) (G° F)(2)

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter4: Polynomial And Rational Functions
Section4.5: Rational Functions
Problem 51E
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(b) k[h(x)]
(d) m[h(x)]
(f) m[k(x)]
3x - 4
x + 1
13. Let F(x):
=
and G(x)
3x + 3
Find the domains of
the compositions F G and Go F. Then compute the
=
X-1
following:
(a) (F° G)(x)
(c) (F° G)(2)
(e) G[F(y)]
(b) F[G(t)]
(d) (Go F)(x)
(f) (G° F)(2)
Transcribed Image Text:(b) k[h(x)] (d) m[h(x)] (f) m[k(x)] 3x - 4 x + 1 13. Let F(x): = and G(x) 3x + 3 Find the domains of the compositions F G and Go F. Then compute the = X-1 following: (a) (F° G)(x) (c) (F° G)(2) (e) G[F(y)] (b) F[G(t)] (d) (Go F)(x) (f) (G° F)(2)
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