3. QUESTION CONSIDER THE FOLLOWING MULTIPLE CHOICE QUESTIONS CIRCLE YOUR SELECTION CLEARLY: EG a. ONE b. Two THREE A certain brand of jelly beans are made so that each package contains about the same number of beans. The filling procedure is not perfect, however. The packages are filled with an average of 375 jelly beans, but the number going into each bag is normally distributed with a standard deviation of 8. Yesterday, Jane went to the store and purchased four of these packages in preparation for a Spring party. Jane was curious, and she counted the number of jelly beans in these packages – her four bags contained an average of 382 jelly beans. 3.1 In the above scenario, which of the following is a parameter? a. The average number of jelly beans in Jane's packages, which is 382 b. The average number of jelly beans in Jane's packages, which is unknown c. The average number of jelly beans in all packages made, which is 375 d. The average number of jelly beans in all packages made, which is unknown 3.2 If you went to the store and purchased six bags of this brand of jelly beans, what is the probability that the average number of jelly beans in your bags is less than 373? a. 0.2709 b. 0.3085 c. 0.4013 d. 0.7291 Calculations:

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3. QUESTION
CONSIDER THE FOLLOWING MULTIPLE CHOICE QUESTIONS
CIRCLE YOUR SELECTION CLEARLY: EG
a. ONE
b. Two
c.) THREE
A certain brand of jelly beans are made so that each package contains about the same number of
beans. The filling procedure is not perfect, however. The packages are filled with an average of
375 jelly beans, but the number going into each bag is normally distributed with a standard
deviation of 8. Yesterday, Jane went to the store and purchased four of these packages in
preparation for a Spring party. Jane was curious, and she counted the number of jelly beans in
these packages - her four bags contained an average of 382 jelly beans.
3.1
In the above scenario, which of the following is a parameter?
a. The average number of jelly beans in Jane's packages, which is 382
b. The average number of jelly beans in Jane's packages, which is unknown
c. The average number of jelly beans in all packages made, which is 375
d. The average number of jelly beans in all packages made, which is unknown
3.2 If you went to the store and purchased six bags of this brand of jelly beans, what is the
probability that the average number of jelly beans in your bags is less than 373?
a. 0.2709
b. 0.3085
c. 0.4013
d. 0.7291
Calculations:
3.3 According to the central limit theorem, what is the standard deviation of the sampling
distribution of the sample mean?
a. The standard deviation of the population
b. The standard deviation of the sample
c. The standard deviation of the population divided by the square root of the sample
size
d. The standard deviation of the sample divided by the square root of the sample size
Transcribed Image Text:3. QUESTION CONSIDER THE FOLLOWING MULTIPLE CHOICE QUESTIONS CIRCLE YOUR SELECTION CLEARLY: EG a. ONE b. Two c.) THREE A certain brand of jelly beans are made so that each package contains about the same number of beans. The filling procedure is not perfect, however. The packages are filled with an average of 375 jelly beans, but the number going into each bag is normally distributed with a standard deviation of 8. Yesterday, Jane went to the store and purchased four of these packages in preparation for a Spring party. Jane was curious, and she counted the number of jelly beans in these packages - her four bags contained an average of 382 jelly beans. 3.1 In the above scenario, which of the following is a parameter? a. The average number of jelly beans in Jane's packages, which is 382 b. The average number of jelly beans in Jane's packages, which is unknown c. The average number of jelly beans in all packages made, which is 375 d. The average number of jelly beans in all packages made, which is unknown 3.2 If you went to the store and purchased six bags of this brand of jelly beans, what is the probability that the average number of jelly beans in your bags is less than 373? a. 0.2709 b. 0.3085 c. 0.4013 d. 0.7291 Calculations: 3.3 According to the central limit theorem, what is the standard deviation of the sampling distribution of the sample mean? a. The standard deviation of the population b. The standard deviation of the sample c. The standard deviation of the population divided by the square root of the sample size d. The standard deviation of the sample divided by the square root of the sample size
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