Let be the function given by
and let
be the function given by
.
At what value of do the graphs of
and
have parallel tangent lines?
0.213
-0.357
0.357
-0.450
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Definition of Differentiation
Let be the function given by
and let
be the function given by
.
At what value of do the graphs of
and
have parallel tangent lines?
0.213
-0.357
0.357
-0.450
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Let be the function defined above. Which of the following statements about
are true?
I. has a limit at
.
II. is continuous at
.
III. is differentiable at
.
I only
II only
III only
I, II, and III
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At , the function given by
is
Continuous but not differentiable
Differentiable but not continuous
Neither continuous nor differentiable
Both continuous and differentiable
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The graph of a function is shown above. At which value of
is
continuous but not differentiable?
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If the line tangent to the graph of the function at the point
passes through the point
, then
is
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The graph of crosses the
-axis at one point in the interval
. What is the slope of the graph at this point?
0.233
0.766
1.442
1.491
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Let be the function given above. Which of the following statements are true about
?
I. exists.
II. is continuous at
.
III. is differentiable at
.
Only I and II are true.
Only I and III are true.
Only II and III are true.
All three statements are true.
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Let be the function defined by
for all
. Which of the following statements is true?
is continuous but not differentiable at
.
is differentiable at
.
is not continuous at
.
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is
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The graph of the function shown in the figure above has a vertical tangent at the point (3, 0) and horizontal tangents at the points (2, 0) and (5, -2).
For what values of ,
is
not differentiable?
1 only
1 and 3 only
2 and 5 only
1, 2, and 5 only
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Let be the function defined by
. Which of the following is an equation of the line tangent to the graph of
at the point where
?
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Let be a differentiable function such that
and
for all
. Of the following, which is not a possible value for
?
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Let be the function given by
. Which of the following statements about
are true?
I. is continuous at
.
II. is differentiable at
.
III. has an absolute minimum at
.
I and II only
I and III only
II and III only
All three statements are true
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Let be the function defined above. At what values of
, if any, is
not differentiable?
only
only
and
is differentiable for all values of
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Which of the following is an equation of the tangent line to the graph of at the point where
?
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Let be the function defined above, where
and
are constants. If
is differentiable at
, what is the value of
?
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In the -plane, the line
, where
is a constant, is tangent to the graph with derivative
at
. What is the value of
?
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A differentiable function has the property that
for
and
. Which of the following could be true?
I.
II.
III.
I only
II only
III only
I, II and III
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