A machine used to fill gallon-sized paint cans is regulated so that the amount of paint dispensed has a mean of 138 ounces and a standard deviation of 0.40 ounce. You randomly select 50 cans and carefully measure the contents. The sample mean of the cans is 137.9 ounces. Does the machine need to be reset? Explain your reasoning. it is that you would have randomly sampled 50 cans with a mean equal to 137.9 ounces, because it V within the range of a usual event, namely within of the mean of the sample means.
A machine used to fill gallon-sized paint cans is regulated so that the amount of paint dispensed has a mean of 138 ounces and a standard deviation of 0.40 ounce. You randomly select 50 cans and carefully measure the contents. The sample mean of the cans is 137.9 ounces. Does the machine need to be reset? Explain your reasoning. it is that you would have randomly sampled 50 cans with a mean equal to 137.9 ounces, because it V within the range of a usual event, namely within of the mean of the sample means.
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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![A machine used to fill gallon-sized paint cans is regulated so that the amount of paint dispensed has a mean of 138 ounces and a standard deviation
ity
of 0.40 ounce. You randomly select 50 cans and carefully measure the contents. The sample mean of the cans is 137.9 ounces. Does the machine
erd
need to be reset? Explain your reasoning.
erify
here
V within the
it is
that you would have randomly sampled 50 cans with a mean equal to 137.9 ounces, because it
erify
range of a usual event, namely within
v of the mean of the sample means:
ero, h
319
ase en
estions
st.
o Cheg
emal wal
emal-h
Freedon
2020 Che
Next
A Reply
Textbook
Statcrunch
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Transcribed Image Text:A machine used to fill gallon-sized paint cans is regulated so that the amount of paint dispensed has a mean of 138 ounces and a standard deviation
ity
of 0.40 ounce. You randomly select 50 cans and carefully measure the contents. The sample mean of the cans is 137.9 ounces. Does the machine
erd
need to be reset? Explain your reasoning.
erify
here
V within the
it is
that you would have randomly sampled 50 cans with a mean equal to 137.9 ounces, because it
erify
range of a usual event, namely within
v of the mean of the sample means:
ero, h
319
ase en
estions
st.
o Cheg
emal wal
emal-h
Freedon
2020 Che
Next
A Reply
Textbook
Statcrunch
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