УА 1+ -1 0 O 1 Based on the graph shown, which of the following statements is true? O a. The function in the graph is not continuous at O b. The function in the graph is not differentiable at a (htt (mm) THE O c. The function in the graph is differentiable at x O d. The function in the graph is differentiable at # = -1. The function in the graph is not continuous at a -1. Of. The function in the graph is not differentiable at x = 0. JANARAHE = 1. -
УА 1+ -1 0 O 1 Based on the graph shown, which of the following statements is true? O a. The function in the graph is not continuous at O b. The function in the graph is not differentiable at a (htt (mm) THE O c. The function in the graph is differentiable at x O d. The function in the graph is differentiable at # = -1. The function in the graph is not continuous at a -1. Of. The function in the graph is not differentiable at x = 0. JANARAHE = 1. -
УА 1+ -1 0 O 1 Based on the graph shown, which of the following statements is true? O a. The function in the graph is not continuous at O b. The function in the graph is not differentiable at a (htt (mm) THE O c. The function in the graph is differentiable at x O d. The function in the graph is differentiable at # = -1. The function in the graph is not continuous at a -1. Of. The function in the graph is not differentiable at x = 0. JANARAHE = 1. -
Please give the correct answer of this question with the correct solution
how we can read this type of graph to answer this type of question about differentiable and continuity
Transcribed Image Text:УА
1-
-1 0 1
X
Based on the graph shown, which of the following statements is true?
( a.
The function in the graph is not continuous at
Ob. The function in the graph is not differentiable at a =
133
OC. The function in the graph is
differentiable at x = 1
1.
Od.
The function in the graph is
differentiable at x = −1
O e.
The function in the graph is not continuous at a
1.
Of.
The function in the graph is not differentiable at x = 0.
3
With integration, one of the major concepts of calculus. Differentiation is the derivative or rate of change of a function with respect to the independent variable.
