Question 4 Because the form is indeterminate, knowing that functions f and g satisfy lim f(x) lim g(x) = ∞ f(x) tells us very little about lim x→0 g(x) (a) Find formulas for f and g such that lim f(x) is an form that has a limit of o. x→00 g(x) f(x) 2+0 g(x) (b) Find formulas for f and g such that lim is an form that has a limit of 0. f(x) x→0 g(x) (c) Find formulas for f and g such that lim is an form that has a limit of 1. (d) Find formulas for f and g such that lim f(x) is an form that has a limit of 13.72. x→0 g(x) 00 Hint: you can answer each part by choosing ƒ and g to be appropriate polynomials. Question 5 Because the form 0 · ∞ is indeterminate, knowing that functions f and g satisfy lim f(x) = 0, lim g(x) = o∞ tells us very little about lim f(x)g(x). エ→0 (a) Find formulas for f and g such that lim f(x)g(x) is a 0 · ∞ form that has a limit of o. (b) Find formulas for f and g such that lim f(x)g(x) is a 0·∞ form that has a limit of 0. (c) Find formulas for f and g such that lim f(x)g(x) is a 0 · ∞ form that has a limit of 1. (d) Find formulas for f and g such that lim f(x)g(x) is a 0 · ∞ form that has a limit of 13.72. Hint: you can answer each part by choosing f (x) and g(x) to each be of the form Cx³ for ap priate constants C and p. 818 818 8|8 8|8
Question 4 Because the form is indeterminate, knowing that functions f and g satisfy lim f(x) lim g(x) = ∞ f(x) tells us very little about lim x→0 g(x) (a) Find formulas for f and g such that lim f(x) is an form that has a limit of o. x→00 g(x) f(x) 2+0 g(x) (b) Find formulas for f and g such that lim is an form that has a limit of 0. f(x) x→0 g(x) (c) Find formulas for f and g such that lim is an form that has a limit of 1. (d) Find formulas for f and g such that lim f(x) is an form that has a limit of 13.72. x→0 g(x) 00 Hint: you can answer each part by choosing ƒ and g to be appropriate polynomials. Question 5 Because the form 0 · ∞ is indeterminate, knowing that functions f and g satisfy lim f(x) = 0, lim g(x) = o∞ tells us very little about lim f(x)g(x). エ→0 (a) Find formulas for f and g such that lim f(x)g(x) is a 0 · ∞ form that has a limit of o. (b) Find formulas for f and g such that lim f(x)g(x) is a 0·∞ form that has a limit of 0. (c) Find formulas for f and g such that lim f(x)g(x) is a 0 · ∞ form that has a limit of 1. (d) Find formulas for f and g such that lim f(x)g(x) is a 0 · ∞ form that has a limit of 13.72. Hint: you can answer each part by choosing f (x) and g(x) to each be of the form Cx³ for ap priate constants C and p. 818 818 8|8 8|8
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter4: Polynomial And Rational Functions
Section: Chapter Questions
Problem 15T
Related questions
Question
![Question 4 Because the form
is indeterminate, knowing that functions f and g satisfy
lim f(x)
lim g(x) = ∞
f(x)
tells us very little about lim
g(x)
x 00
f(x)
(a) Find formulas for f and g such that lim
is an
form that has a limit of∞.
x→∞ g(x)
f(x)
(b) Find formulas for f and g such that lim
is an
form that has a limit of 0.
g(x)
f (x)
(c) Find formulas for f and g such that lim
is an
form that has a limit of 1.
x→o g(x)
f (x)
(d) Find formulas for f and g such that lim
x→0 g(x)
is an
form that has a limit of 13.72.
Hint: you can answer each part by choosing f and g to be appropriate polynomials.
Question 5 Because the form 0· o is indeterminate, knowing that functions f and g satisfy
lim f(x) = 0,
lim g(x) = ∞
x 00
x 00
tells us very little about lim f(x)g(x).
(a) Find formulas for f and g such that lim f(x)g(x) is a 0· ∞ form that has a limit of oo.
(b) Find formulas for f and g such that lim f(x)g(x) is a 0· ∞ form that has a limit of 0.
(c) Find formulas for f and g such that lim f(x)g(x) is a 0· ∞ form that has a limit of 1.
(d) Find formulas for f and g such that lim f(x)g(x) is a 0· ∞ form that has a limit of 13.72.
Hint: you can answer each part by choosing f (x) and g(x) to each be of the form CxP for appro-
priate constants C and p.
818 818 81 8 818
818](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7f3a515c-a357-4439-bde5-524766037c78%2F3ab4df67-c861-4ea1-931e-3a337483e8a8%2Ftuu4pic_processed.png&w=3840&q=75)
Transcribed Image Text:Question 4 Because the form
is indeterminate, knowing that functions f and g satisfy
lim f(x)
lim g(x) = ∞
f(x)
tells us very little about lim
g(x)
x 00
f(x)
(a) Find formulas for f and g such that lim
is an
form that has a limit of∞.
x→∞ g(x)
f(x)
(b) Find formulas for f and g such that lim
is an
form that has a limit of 0.
g(x)
f (x)
(c) Find formulas for f and g such that lim
is an
form that has a limit of 1.
x→o g(x)
f (x)
(d) Find formulas for f and g such that lim
x→0 g(x)
is an
form that has a limit of 13.72.
Hint: you can answer each part by choosing f and g to be appropriate polynomials.
Question 5 Because the form 0· o is indeterminate, knowing that functions f and g satisfy
lim f(x) = 0,
lim g(x) = ∞
x 00
x 00
tells us very little about lim f(x)g(x).
(a) Find formulas for f and g such that lim f(x)g(x) is a 0· ∞ form that has a limit of oo.
(b) Find formulas for f and g such that lim f(x)g(x) is a 0· ∞ form that has a limit of 0.
(c) Find formulas for f and g such that lim f(x)g(x) is a 0· ∞ form that has a limit of 1.
(d) Find formulas for f and g such that lim f(x)g(x) is a 0· ∞ form that has a limit of 13.72.
Hint: you can answer each part by choosing f (x) and g(x) to each be of the form CxP for appro-
priate constants C and p.
818 818 81 8 818
818
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