Nathaniel and Anna are thinking about the function g: (1, o0) → R given by 9(x) = 26/(1-2) Nathaniel wants to calculate lim g(x). Anna says, "Oh no, this limit is an indeterminate form!" What type of indeterminate form is this limit? O 0-0 o (-1)0 o 00 O 00 o 10 o 10 O o0 00 Nathaniel says, "That's okay, I have a plan. Let's write g(x) = en(x) for some new function h." Anna says, "I see! Then we can write h(x) without any exponentiation." Write h(x) in simplified form (that is, without any exponents, and only in terms of x): h(x) = Anna continues, "I'm still not sure about the original limit, but I do know how to find a similar limit of this new function." What is lim h(x)? lim h(x) = Number Nathaniel correctly states, "Since the exponential function is (Click for List) , we can finally evaluate the original limit." What is the original limit? lim g(x) =
Nathaniel and Anna are thinking about the function g: (1, o0) → R given by 9(x) = 26/(1-2) Nathaniel wants to calculate lim g(x). Anna says, "Oh no, this limit is an indeterminate form!" What type of indeterminate form is this limit? O 0-0 o (-1)0 o 00 O 00 o 10 o 10 O o0 00 Nathaniel says, "That's okay, I have a plan. Let's write g(x) = en(x) for some new function h." Anna says, "I see! Then we can write h(x) without any exponentiation." Write h(x) in simplified form (that is, without any exponents, and only in terms of x): h(x) = Anna continues, "I'm still not sure about the original limit, but I do know how to find a similar limit of this new function." What is lim h(x)? lim h(x) = Number Nathaniel correctly states, "Since the exponential function is (Click for List) , we can finally evaluate the original limit." What is the original limit? lim g(x) =
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:Nathaniel correctly states, "Since the exponential function is
(Click for List)
we can finally evaluate the original limit."
(Click for List)
monotonic
What is the original limit?
continuous
lim g(x) =
O increasing
well-defined
integrable
invertible

Transcribed Image Text:Nathaniel and Anna are thinking about the function g : (1, 0) → R given by
9(x) = 26/(1–2)
Nathaniel wants to calculate lim g(x).
x→1+
Anna says, "Oh no, this limit is an indeterminate form!"
What type of indeterminate form is this limit?
O o-0 o (-1)0 o 00 o º o 1º o 1º
O o0
00
Nathaniel says, "That's okay, I have a plan. Let's write g(x) = en(*) for some new function h."
Anna says, "I see! Then we can write h(x) without any exponentiation."
Write h(x) in simplified form (that is, without any exponents, and only in terms of x):
h(x) =
Anna continues, "I'm still not sure about the original limit, but I do know how to find a similar limit of this new function."
What is lim h(x)?
z→1+
lim h(x) =
Number
Nathaniel correctly states, "Since the exponential function is
(Click for List)
, we can finally evaluate the original limit."
What is the original limit?
lim g(x) =
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