a. h(g(0)) = (Simplify your answer.) b. g(f(1)) = (Simplify your answer.) c. h(h(- 1)) = (Simplify your answer.) d. g(h(f(-4))) = (Simplify your answer.) e. f(f(f(0))) = (Simplify your answer.) %3D f. h(h(h(-3))) = (Simplify your answer.) g. f(h(g(1)) = (Simplify your answer.) h. g(f(h(-2))) = (Simplify your answer.) i. g(g(g(- 1))) = (Simplify your answer.) j. f(f(h(1))) =| (Simplify your answer.)
a. h(g(0)) = (Simplify your answer.) b. g(f(1)) = (Simplify your answer.) c. h(h(- 1)) = (Simplify your answer.) d. g(h(f(-4))) = (Simplify your answer.) e. f(f(f(0))) = (Simplify your answer.) %3D f. h(h(h(-3))) = (Simplify your answer.) g. f(h(g(1)) = (Simplify your answer.) h. g(f(h(-2))) = (Simplify your answer.) i. g(g(g(- 1))) = (Simplify your answer.) j. f(f(h(1))) =| (Simplify your answer.)
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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Transcribed Image Text:Use the table to evaluate the given compositions.
a. h(g(0))
d. g(h(f(- 4)))
g. f(h(g(1)))
j. f(f(h(1)))
b. g(f(1))
e. f(f(f(0)))
h. g(f(h(- 2)))
a. h(g(0)) =(Simplify your answer.)
%3D
b. g(f(1)) = (Simplify your answer.)
c. h(h(- 1)) =
(Simplify your answer.)
d. g(h(f(-4)) = (Simplify your answer.)
e. f(f(f(0))) = (Simplify your answer.)
f. h(h(h(- 3) =
(Simplify your answer.)
g. f(h(g(1))) = (Simplify your answer.)
h. g(f(h(- 2))) = (Simplify your answer.)
i. g(g(g(- 1))) = (Simplify your answer.)
j. f(f(h(1))) = (Simplify your answer.)
Tyno h

Transcribed Image Text:<-3
ol
- 3
- 4
-2
-1
1
c. h(h(- 1))
f. h(h(h(- 3))
f(x)
g(x)
h(x)
- 4
- 1
-2
-4
- 2
1
-3
- 1
- 4
i. g(g(g(- 1)))
-1
- 4
-4
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