ngay, Local Government benefits to each family with a mean of 3,200 pesos per month with a standard deviation of 850 pesos. A random sample of 32 families are taken, what is the probability that the average "ayuda" benefits distributed is between 3,000 and 3,500 pesos? 5. What is the value of the mean of the sample means? C. 3,200 D. 3,500 A. 850 В. 3,000 6. What is the value of the standard deviation of the sampled population? С. 1,000 D. 1,200 A. 150 В. 850 7. Which of the following probability notations represents the z-scores, if the average ayuda benefits distributed is between 3,000 and 3,500? A. P(3,000 z>3, 500) C. P(-1.33 z> 2)

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
18th Edition
ISBN:9780079039897
Author:Carter
Publisher:Carter
Chapter10: Statistics
Section10.4: Distributions Of Data
Problem 22PFA
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Related questions
Question
Ii. 7 and 8
M
2. A sample of size n is taken from the population which has an unknown distribution
with mean and standard deviation and is used for the sample mean distribution.
For which of the following sample sizes is this valid?
Jars on an
A. 2
С. 75
D. any of the given choices
В. 29
- 3. Samples size of 36 are selected from the population with mean 29 and standard
deviation of 12. The value of the standard error is
e population is
A. 2
C. 8
В. 4
D. 12
dual
4. Consider a normal population mean of 82 and population standard deviation of 7.3.
Calculate the z-score for X = 85 and n = 36.
%3D
ppropriate
А. 2.19
В. 2.47
C. -2.19
D. 2.47
For questions 5-8. In a certain barangay, Local Government Unit (LGU) distributes "ayuda"
benefits to each family with a mean of 3,200 pesos per month with a standard deviation of 850
pesos. A random sample of 32 families are taken, what is the probability that the average "ayuda"
benefits distributed is between 3,000 and 3,500 pesos?
district.
selected
5. What is the value of the mean of the sample means?
eans are
С. 3,200
D. 3,500
A. 850
aple means.
В. 3,000
cror of the
6. What is the value of the standard deviation of the sampled population?
A. 150
В. 850
C. 1,000
D. 1,200
mal when
7. Which of the following probability notations represents the z-scores, if the average
ayuda benefits distributed is between 3,000 and 3,500?
A. P(3,000<z< 3, 500)
B. P(3,000>z>3, 500)
C. P( -1.33 <z<2)
D. P(-1.33 >z>2)
deviation
8. What is the probability that the average ayuda benefits distributed is between 3,000
and 3,500?
C. 90.82%
A.. 9.18%
D. 96.33%
B. 88.55%
Chapter Three Sampling and Sampling Distributions 85
Transcribed Image Text:M 2. A sample of size n is taken from the population which has an unknown distribution with mean and standard deviation and is used for the sample mean distribution. For which of the following sample sizes is this valid? Jars on an A. 2 С. 75 D. any of the given choices В. 29 - 3. Samples size of 36 are selected from the population with mean 29 and standard deviation of 12. The value of the standard error is e population is A. 2 C. 8 В. 4 D. 12 dual 4. Consider a normal population mean of 82 and population standard deviation of 7.3. Calculate the z-score for X = 85 and n = 36. %3D ppropriate А. 2.19 В. 2.47 C. -2.19 D. 2.47 For questions 5-8. In a certain barangay, Local Government Unit (LGU) distributes "ayuda" benefits to each family with a mean of 3,200 pesos per month with a standard deviation of 850 pesos. A random sample of 32 families are taken, what is the probability that the average "ayuda" benefits distributed is between 3,000 and 3,500 pesos? district. selected 5. What is the value of the mean of the sample means? eans are С. 3,200 D. 3,500 A. 850 aple means. В. 3,000 cror of the 6. What is the value of the standard deviation of the sampled population? A. 150 В. 850 C. 1,000 D. 1,200 mal when 7. Which of the following probability notations represents the z-scores, if the average ayuda benefits distributed is between 3,000 and 3,500? A. P(3,000<z< 3, 500) B. P(3,000>z>3, 500) C. P( -1.33 <z<2) D. P(-1.33 >z>2) deviation 8. What is the probability that the average ayuda benefits distributed is between 3,000 and 3,500? C. 90.82% A.. 9.18% D. 96.33% B. 88.55% Chapter Three Sampling and Sampling Distributions 85
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