4, What is the corresponding raw score if the computed z-score is 3.11. mean is 35 and the standard deviation is 2.253 A. 41 5. What is the corresponding area under the standard nomal curve if the z-score is 3.07 A. Q.4899 numbers 6-10, read and analyze the glven problem, then solve for the following. The mean number of sports drinks consumed per day in Saint Louis College is 1240 Hles with a standard deviation of 30. What is the probabity that the fallowing number of ies is consumed in a day? 6. What is the probability that more than 1.220 bottles are consumed in a day? A. 74.66% B. 42 C. 43 D. 44 B. 0.4989 C.0.4998 D.0.4999 B. 74.68% C. 74.865 D. 74.88%

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
18th Edition
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Author:Carter
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Chapter10: Statistics
Section10.4: Distributions Of Data
Problem 19PFA
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Related questions
Question
4 5 6 LETTER ONLY
1. Which among the following is TRUE about the normal distributiona
A. The mean, median, and mode are all equai.
B. It approaches the y-axis asymptotically on both sides
C. ts highest point is directiy above the curve.
D. The bell curve is only narrow in shape.
2. What is the corresponding area under the standard notmai curve if the z-score is
0.708
A. 0.0279
3. What is the conversion of 54 to its z-score, it the population mean is 58 and the
standard deviation is 1.323
A. - 3.30
4. What is the corresponding raw score it the computed z-score k 3.11. mean is 35 and
the standard deviation is 2.253
A. 41
5. What is the corresponding area under the standard normal curve if the z-score is
3.079
A. 0.4899
For numbers 6-10, read and analyze the glven problem, then solve for the tollowing.
The mean number of sports drinks consumed per day in Saint Louis Collge is 1240
bottles with a standard deviation of 30. What is the probabity that the fallowing number of
bottles is consumed in a day?
6. What is the probability that more than 1.220 bottles are consumed in a day?
A. 74,66
_7. What is the probabilty that less than 1.280 bottles are consumed in a day?
A. 8.19%
8. What is the probabity that between 1.210 to 1.290 botties are consumed in a day?
A 79.33%
9. What is the probablity that more than 1 270 bottles are consumed in a day?
A 15.78%
10, What is the probability that between1.240 and 1,300 bottles are consumed in a
day?
A. 42.27%
B. 0.2850
C. 0.0297
D. 0.2580
C. 3.03
D. 3.30
B. -3.03
В. 42
C. 43
D. 44
B. 0,4989
C. 0.4998
D.0.4999
B. 74.68%
C. 74.865
D. 74.88%
B. 9.18%
C. 8.91%
D. 9.81%
B. 79.38%
C. 7983%
D. 79.88%
8. 15.87%
C. 17.58%
D. 17.85%
B, 42.77%
nas
C. 47.27%
D. 47.72%
Transcribed Image Text:1. Which among the following is TRUE about the normal distributiona A. The mean, median, and mode are all equai. B. It approaches the y-axis asymptotically on both sides C. ts highest point is directiy above the curve. D. The bell curve is only narrow in shape. 2. What is the corresponding area under the standard notmai curve if the z-score is 0.708 A. 0.0279 3. What is the conversion of 54 to its z-score, it the population mean is 58 and the standard deviation is 1.323 A. - 3.30 4. What is the corresponding raw score it the computed z-score k 3.11. mean is 35 and the standard deviation is 2.253 A. 41 5. What is the corresponding area under the standard normal curve if the z-score is 3.079 A. 0.4899 For numbers 6-10, read and analyze the glven problem, then solve for the tollowing. The mean number of sports drinks consumed per day in Saint Louis Collge is 1240 bottles with a standard deviation of 30. What is the probabity that the fallowing number of bottles is consumed in a day? 6. What is the probability that more than 1.220 bottles are consumed in a day? A. 74,66 _7. What is the probabilty that less than 1.280 bottles are consumed in a day? A. 8.19% 8. What is the probabity that between 1.210 to 1.290 botties are consumed in a day? A 79.33% 9. What is the probablity that more than 1 270 bottles are consumed in a day? A 15.78% 10, What is the probability that between1.240 and 1,300 bottles are consumed in a day? A. 42.27% B. 0.2850 C. 0.0297 D. 0.2580 C. 3.03 D. 3.30 B. -3.03 В. 42 C. 43 D. 44 B. 0,4989 C. 0.4998 D.0.4999 B. 74.68% C. 74.865 D. 74.88% B. 9.18% C. 8.91% D. 9.81% B. 79.38% C. 7983% D. 79.88% 8. 15.87% C. 17.58% D. 17.85% B, 42.77% nas C. 47.27% D. 47.72%
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