A. For a variable that measures house income as “less than $25,000", “$25,000-$49,999", "$50,000-$74,999", and “$75,000 and greater", which is the most appropriate measure of central tendency? B. The "empirical rule" does NOT apply C. If a variable is interval-ratio the “best"

MATLAB: An Introduction with Applications
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Author:Amos Gilat
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A. For a variable that measures house income as
“less than $25,000", “$25,000-$49,999",
"$50,000-$74,999", and “$75,000 and greater",
which is the most appropriate measure of
central tendency?
B. The "empirical rule" does NOT apply
C. If a variable is interval-ratio, the "best"
measure of variability (dispersion) would be
is the number of times a
phenomena occurs divided by the total possible
D. A
Occurrences.
E. Assume that the distribution of your data is
normal (symmetrical). The mean is the most
appropriate measure of central tendency for
which of the following levels of measurement?
F. If a variable is interval-ratio, the "bestť"
measure of variability (dispersion) would be
Transcribed Image Text:A. For a variable that measures house income as “less than $25,000", “$25,000-$49,999", "$50,000-$74,999", and “$75,000 and greater", which is the most appropriate measure of central tendency? B. The "empirical rule" does NOT apply C. If a variable is interval-ratio, the "best" measure of variability (dispersion) would be is the number of times a phenomena occurs divided by the total possible D. A Occurrences. E. Assume that the distribution of your data is normal (symmetrical). The mean is the most appropriate measure of central tendency for which of the following levels of measurement? F. If a variable is interval-ratio, the "bestť" measure of variability (dispersion) would be
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