12 – r|, 2. Suppose f(r) = {0, if a > 2 if r = 2 14 – 22|, if r < 2. (a) Find lim f (x). z+2+ (b) Find lim f(r). (c) State the value of lim f(x) and the precise reason. (d) State the precise reason why f is continuous at 2.2

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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(12 – x|,
if x > 2
2. Suppose f(x) =
0,
if x = 2
|4 – x2|, if x < 2.
(a) Find lim f(x).
r+2+
(b) Find lim f(x).
r+2-
(c) State the value of lim f(x) and the precise reason.
(d) State the precise reason why f is continuous at 2.2
Transcribed Image Text:(12 – x|, if x > 2 2. Suppose f(x) = 0, if x = 2 |4 – x2|, if x < 2. (a) Find lim f(x). r+2+ (b) Find lim f(x). r+2- (c) State the value of lim f(x) and the precise reason. (d) State the precise reason why f is continuous at 2.2
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Follow-up Question
5. Sketch the graph of a function f with domain [1,5] satisfying all the following conditions:
continuous on [1,5);
• discontinuous at 5 from the left;
has only one local maximum at 4;
has only one local minimum and also the absolute minimum at 2;
• has the absolute maximum at 5.
Transcribed Image Text:5. Sketch the graph of a function f with domain [1,5] satisfying all the following conditions: continuous on [1,5); • discontinuous at 5 from the left; has only one local maximum at 4; has only one local minimum and also the absolute minimum at 2; • has the absolute maximum at 5.
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Follow-up Question
4. Find the derivatives of the following functions. Do not simplify your answer!
d
(a)
dx Vr2 +1
sec x
d
(b)
dx
[z*(x² + 1)° tan r]
d
(c)
sin
5
dx
d.
cos(r³ cos a)
(d)
dx
Transcribed Image Text:4. Find the derivatives of the following functions. Do not simplify your answer! d (a) dx Vr2 +1 sec x d (b) dx [z*(x² + 1)° tan r] d (c) sin 5 dx d. cos(r³ cos a) (d) dx
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Follow-up Question
if x >0
if x = 0. Find f' (0) using the definition of derivatives.
sin 4x
3. Suppose f(x) = {0
x* + 4x
if x < 0
Transcribed Image Text:if x >0 if x = 0. Find f' (0) using the definition of derivatives. sin 4x 3. Suppose f(x) = {0 x* + 4x if x < 0
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