40 .970 21 50 hat 2 people among 23 have the same birthday is .507, a little more than surprised at this result; somehow it seems that a larger number of е are ing calculator, we can graph the probability formula in the previous nction of n, but the graphing calculator must be set to evaluate nteger points. Figure 9.11 was produced on a TI-84+ by letting r X)/365 on the interval 0 x < 47. (This domain ensures integer required. 6 39. This is because tice that the graph does not extend past x = are too large for the calculator when n 40 rt 2 6ngiras es in , the Computer Defects A shipment of 8 computers contains 3 with defects. Find the probability that a sample of the given size, drawn from the 8, will not contain a defective computer. (See Example 3.) 3. 1 4. 2 e). 5. 3 6. 5

Algebra and Trigonometry (MindTap Course List)
4th Edition
ISBN:9781305071742
Author:James Stewart, Lothar Redlin, Saleem Watson
Publisher:James Stewart, Lothar Redlin, Saleem Watson
Chapter14: Counting And Probability
Section14.2: Probability
Problem 3E: The conditional probability of E given that F occurs is P(EF)=___________. So in rolling a die the...
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Can u please do number 3. 

40
.970
21
50
hat 2 people among 23 have the same birthday is .507, a little more than
surprised at this result; somehow it seems that a larger number of
е are
ing calculator, we can graph the probability formula in the previous
nction of n, but the graphing calculator must be set to evaluate
nteger points. Figure 9.11 was produced on a TI-84+ by letting
r X)/365 on the interval 0 x < 47. (This domain ensures integer
required.
6
39. This is because
tice that the graph does not extend past x =
are too large for the calculator when n 40
rt 2
6ngiras
es in
, the
Computer Defects A shipment of 8 computers contains 3 with
defects. Find the probability that a sample of the given size, drawn from
the 8, will not contain a defective computer. (See Example 3.)
3. 1
4. 2
e).
5. 3
6. 5
Transcribed Image Text:40 .970 21 50 hat 2 people among 23 have the same birthday is .507, a little more than surprised at this result; somehow it seems that a larger number of е are ing calculator, we can graph the probability formula in the previous nction of n, but the graphing calculator must be set to evaluate nteger points. Figure 9.11 was produced on a TI-84+ by letting r X)/365 on the interval 0 x < 47. (This domain ensures integer required. 6 39. This is because tice that the graph does not extend past x = are too large for the calculator when n 40 rt 2 6ngiras es in , the Computer Defects A shipment of 8 computers contains 3 with defects. Find the probability that a sample of the given size, drawn from the 8, will not contain a defective computer. (See Example 3.) 3. 1 4. 2 e). 5. 3 6. 5
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