The figure below shows the graph of a function over the closed interval -25xs2. Complete parts (a) through (c) to the right. a. At what domain points does the function appear to be differentiable? O A. X= 0 Ay 3 O B. -2sx<0, 0

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter3: Functions And Graphs
Section3.5: Graphs Of Functions
Problem 30E
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The figure below shows the graph of a function over the closed interval - 2sxs2.
Complete parts (a) through (c) to the right.
a. At what domain points does the function appear to be differentiable?
Ay
O A. x=0
O B. - 2sx<0, 0<xs2
y = f(x)
20
OC. -2sxs2
O D. None
b. At what domain points does the function appear to be continuous but
-3
-2
-1
To
not differentiable?
O A. -2sx<2
O B. -2sx<0, 0 <xs2
O C. x=0
D. None
c. At what domain points does the function appear to be neither continuous
nor differentiable?
O A. -2sx<0, 0 <x<2
O B. -2sxs2
C. x= 0
O D. None
Transcribed Image Text:The figure below shows the graph of a function over the closed interval - 2sxs2. Complete parts (a) through (c) to the right. a. At what domain points does the function appear to be differentiable? Ay O A. x=0 O B. - 2sx<0, 0<xs2 y = f(x) 20 OC. -2sxs2 O D. None b. At what domain points does the function appear to be continuous but -3 -2 -1 To not differentiable? O A. -2sx<2 O B. -2sx<0, 0 <xs2 O C. x=0 D. None c. At what domain points does the function appear to be neither continuous nor differentiable? O A. -2sx<0, 0 <x<2 O B. -2sxs2 C. x= 0 O D. None
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