Determine which of the four levels of measurement (nominal, ordinal, interval, ratio) is most appropriate. Types of movies (drama, comedy, adventure, documentary, etc.) Choose the correct answer below. O A. The interval level of measurement is most appropriate because differences are meaningful, but there is no natural zero. B. The nominal level of measurement is most appropriate because data cannot be arranged in an ordering scheme. O C. The ordinal level of measurement is most appropriate because categories are ordered, but differences cannot be found c O D. The ratio level of measurement is most appropriate because ratios are meaningful, and there is also a natural zero.

MATLAB: An Introduction with Applications
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Determine which of the four levels of measurement (nominal, ordinal, interval, ratio) is most appropriate.
Types of movies (drama, comedy, adventure, documentary, etc.)
Choose the correct answer below.
O A. The interval level of measurement is most appropriate because differences are meaningful, but there is no natural zero.
B. The nominal level of measurement is most appropriate because data cannot be arranged in an ordering scheme.
O C. The ordinal level of measurement is most appropriate because categories are ordered, but differences cannot be found o
O D. The ratio level of measurement is most appropriate because ratios are meaningful, and there is also a natural zero.
Transcribed Image Text:Determine which of the four levels of measurement (nominal, ordinal, interval, ratio) is most appropriate. Types of movies (drama, comedy, adventure, documentary, etc.) Choose the correct answer below. O A. The interval level of measurement is most appropriate because differences are meaningful, but there is no natural zero. B. The nominal level of measurement is most appropriate because data cannot be arranged in an ordering scheme. O C. The ordinal level of measurement is most appropriate because categories are ordered, but differences cannot be found o O D. The ratio level of measurement is most appropriate because ratios are meaningful, and there is also a natural zero.
point(s) posSIDIe
The given data represents a frequency distribution of the depth of recent
earthquakes. Use the frequency distribution to construct a frequency polygon,
Applying a strict interpretation of the requirements for a normal distribution, do
the depths appear to be normally distributed? Why or why not?
Depth (km)
1.00-4.99
5.00-8.99
9.00-12.99
13.00-16.99
17.00-20.99
Frequency
24
13
10
Construct a frequency polygon using the data. Choose the correct graph below.
OA.
O B.
C.
OD.
Frequency
Frequency
25-
Frequency
25-
Frequency
25-
M.
0-
-1.005
Depth (km)
-1.005
Depth (km)
-1.005
Depth (km)
22.995
22.995
Depth (km)
22,995
22.995
-1.005
Applying a strict interpretation of the requirements for a normal distribution, do the depths appear to be normally distrbuted? Why or why not?
O A. The frequency polygon appears to approximate a normal distribution because the frequencies increase to a maximum and then decrease, and the graph
is symmetric.
O B. The frequency polygon appears to approximate a normal distribution because the frequencies continually decrease, and the graph is not symmetnic.
O C. The frequency polygon does not appear to approximate a normal distribution because the frequencies increase to a maximum, then decrease, and the
graph is symmetric.
O D. The frequency polygon does not appear to approximate a normal distribution because the frequencies do not increase to a maximum and then
decrease. and the araph is not svmmetric
O Time Remaining: 02.27.37
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Transcribed Image Text:point(s) posSIDIe The given data represents a frequency distribution of the depth of recent earthquakes. Use the frequency distribution to construct a frequency polygon, Applying a strict interpretation of the requirements for a normal distribution, do the depths appear to be normally distributed? Why or why not? Depth (km) 1.00-4.99 5.00-8.99 9.00-12.99 13.00-16.99 17.00-20.99 Frequency 24 13 10 Construct a frequency polygon using the data. Choose the correct graph below. OA. O B. C. OD. Frequency Frequency 25- Frequency 25- Frequency 25- M. 0- -1.005 Depth (km) -1.005 Depth (km) -1.005 Depth (km) 22.995 22.995 Depth (km) 22,995 22.995 -1.005 Applying a strict interpretation of the requirements for a normal distribution, do the depths appear to be normally distrbuted? Why or why not? O A. The frequency polygon appears to approximate a normal distribution because the frequencies increase to a maximum and then decrease, and the graph is symmetric. O B. The frequency polygon appears to approximate a normal distribution because the frequencies continually decrease, and the graph is not symmetnic. O C. The frequency polygon does not appear to approximate a normal distribution because the frequencies increase to a maximum, then decrease, and the graph is symmetric. O D. The frequency polygon does not appear to approximate a normal distribution because the frequencies do not increase to a maximum and then decrease. and the araph is not svmmetric O Time Remaining: 02.27.37 Next
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