In the following exercises, the maximum of the right-hand side of the remainder estimate on | R 1 | ≤ max | f " ( z ) | 2 R 2 on [ a - R , a + R ] occurs at a or a ± R. Estimate the maximum value of R such that max | f " ( z ) | 2 R 2 ≤ 0.1 on [ a - R, a + R ] by plotting this maximum as a function of R . 138. [T] in x approximated by x - 1, a = 1
In the following exercises, the maximum of the right-hand side of the remainder estimate on | R 1 | ≤ max | f " ( z ) | 2 R 2 on [ a - R , a + R ] occurs at a or a ± R. Estimate the maximum value of R such that max | f " ( z ) | 2 R 2 ≤ 0.1 on [ a - R, a + R ] by plotting this maximum as a function of R . 138. [T] in x approximated by x - 1, a = 1
In the following exercises, the maximum of the right-hand side of the remainder estimate on
|
R
1
|
≤
max
|
f
"
(
z
)
|
2
R
2
on [a-R, a+R] occurs at a or a ± R. Estimate the maximum value of R such that
max
|
f
"
(
z
)
|
2
R
2
≤
0.1
on [a - R, a + R] by plotting this maximum as a function of R.
The probability of being born in a particular month is about 1:12. Determine the probability of not being born in September. Express this ratio as a fraction, a decimal, a percent and in words.
In his first hockey game of the season, Brayden takes a total of 10 shots on the goalie and scores 1 time. Later in the season, he takes 30 shots in total on the goalie. How many goals would you expect him to make? What assumptions are making? Are your assumptions realistic? Explain.
The probability of being born in a particular month is about 1:12. Determine the probability of not being born in September. Express this ratio as a fraction, a decimal, a percent and in words.
Elementary Statistics: Picturing the World (7th Edition)
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