Use the Remainder Estimation Theorem to find an interval containing x = 0 over which f ( x ) can be approximated by p ( x ) to three decimal-place accuracy throughout the interval. Check your answer by graphing f ( x ) − p ( x ) over the interval you obtained. f ( x ) = 1 1 + x 2 ; p ( x ) = 1 − x 2 + x 4
Use the Remainder Estimation Theorem to find an interval containing x = 0 over which f ( x ) can be approximated by p ( x ) to three decimal-place accuracy throughout the interval. Check your answer by graphing f ( x ) − p ( x ) over the interval you obtained. f ( x ) = 1 1 + x 2 ; p ( x ) = 1 − x 2 + x 4
Use the Remainder Estimation Theorem to find an interval containing
x
=
0
over which
f
(
x
)
can be approximated by
p
(
x
)
to three decimal-place accuracy throughout the interval. Check your answer by graphing
f
(
x
)
−
p
(
x
)
over the interval you obtained.
4. [-/1 Points]
DETAILS
MY NOTES
SESSCALCET2 6.5.024.
Find the approximations Tη, Mn, and S, to the integral
computer algebra system.)
ASK YOUR TEACHER
PRACTICE ANOTHER
4 39
√
dx for n = 6 and 12. Then compute the corresponding errors ET, EM, and Es. (Round your answers to six decimal places. You may wish to use the sum command on a
n
Tn
Mn
Sp
6
12
n
ET
EM
Es
6
12
What observations can you make? In particular, what happens to the errors when n is doubled?
As n is doubled, ET and EM are decreased by a factor of about
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'
and Es is decreased by a factor of about
6. [-/1 Points]
DETAILS
MY NOTES
SESSCALCET2 6.5.001.
ASK YOUR TEACHER
PRACTICE ANOTHER
Let I =
4
f(x) dx, where f is the function whose graph is shown.
= √ ² F(x
12
4
y
f
1
2
(a) Use the graph to find L2, R2 and M2.
42 =
R₂ =
M₂ =
1
x
3
4
Elementary Statistics: Picturing the World (7th Edition)
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