What is the approximate value of the exponential constant found by using the third-degree Taylor polynomial for
about
?
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What is the approximate value of the exponential constant found by using the third-degree Taylor polynomial for
about
?
Choose your answer
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The value of a function and its first three derivatives at
are
,
,
, and
. Which of the following is the third-degree Taylor polynomial for
about
?
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The coefficient of in the Taylor series for
about
is
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A power series is given by , where
is the sequence of coefficients. Given that the series converges at
, which of the following must be true?
The series diverges at
The series converges at
The series converges at
The series diverges at
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What is the radius of convergence of the series ?
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The Taylor series for about
is
. Let function
be the second-degree Taylor polynomial for
about
. The maximum value of
for
is
0.522
0.780
1.842
3.144
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What is the approximation of the value of found by using the fourth-degree Taylor polynomial for
about
?
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The table above gives selected values for a function and its first three derivatives. Which of the following is the third-degree Taylor polynomial for
about
?
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The graph of the function represented by the Maclaurin series intersects the graph of
at
0.865
0.889
0.896
0.929
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The coefficient of in the Taylor series for
about
is
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A function is given in power series form as
, which is known to converge for all real values of
.
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What are all values of for which the series
converges?
All real
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Which of the following is an approximation for the value of that can be found by using the third-degree Taylor polynomial for
about
?
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Let be the function defined by
. The third-degree Taylor polynomial for
about
is
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The function is defined for
by
. What is
?
-0.416
-0.208
0.455
0.909
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The coefficient of in the Taylor series for
about
is
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Let be a function such that
. The coefficient of
in the Taylor series for
about
is
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What are all values of for which the series
converges?
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The Taylor series for a function about
is given by
, which converges for
. Let
be the nth-degree Taylor polynomial for
about
. Of the following, which is the smallest number
for which the alternating series error bound guarantees that
for all
in the interval
?
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