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-1 Evaluate the given limits using the graph of the function f(1) = shown above. (z - 2)(1 – 8)² Enter Infinity for oo, -Infinity for -00, or DNE if the limit does not exist, but is neither oo nor -oo. If you are having a hard time seeing the picture clearly, click on the picture. It will expand to a larger picture on its own page so that you can a) lim f(z) = b) lim f(r) = I 12 c) lim f(z) =

-1 Evaluate the given limits using the graph of the function f(1) = shown above. (z - 2)(1 – 8)² Enter Infinity for oo, -Infinity for -00, or DNE if the limit does not exist, but is neither oo nor -oo. If you are having a hard time seeing the picture clearly, click on the picture. It will expand to a larger picture on its own page so that you can a) lim f(z) = b) lim f(r) = I 12 c) lim f(z) =

Calculus: Early Transcendentals
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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9.0625 Evaluate the given limits using the graph of the function f(I) = shown above. (1 - 2)(r – 8)² Enter Infinity for oo, -Infinity for -oo, or DNE if the limit does not exist, but is neither oo nor -0o. If you are having a hard time seeing the picture clearly, click on the picture. It will expand to a larger picture on its own page so that you can inspect it more clearly. a) lim f(r) = b) lim f(r) = z 12 c) lim f(z) = d) lim f(z) = HO8 e) lim f(z) = f) lim f(z) = 128
Transcribed Image Text:9.0625 Evaluate the given limits using the graph of the function f(I) = shown above. (1 - 2)(r – 8)² Enter Infinity for oo, -Infinity for -oo, or DNE if the limit does not exist, but is neither oo nor -0o. If you are having a hard time seeing the picture clearly, click on the picture. It will expand to a larger picture on its own page so that you can inspect it more clearly. a) lim f(r) = b) lim f(r) = z 12 c) lim f(z) = d) lim f(z) = HO8 e) lim f(z) = f) lim f(z) = 128
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