https://www.youtube.com/watch?v-OHR126AFFBU Use the Empirical Rule. (Do not use technology. Technology will give a slightly different answer.) Draw a sketch of the normal distribution and label the mean and 1, 2, and 3 standard devitons above and below the mean with computed values. Assume that the weight of 1-year-old girls in the USA is normally distributed with Mean - 9.5 kg, Standard Deviation = 1.1 kg. (a) 68% of the data is between which 2 values? kg kg (b) 95% of the data is between which 2 values? kg- kg (c) What percentage of the data is less than 8.4 kg? (d) What percentage of the data is between 7.3 kg and 11.7 kg? (w) What percentage of the data is more than 12.8 kg? Submit Question

MATLAB: An Introduction with Applications
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Author:Amos Gilat
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Watch this Khan Academy Empirical Rule video:
https://www.youtube.com/watch?v=OhRr26AfFBU
Use the Empirical Rule. (Do not use technology. Technology will give a slightly different answer.)
Draw a sketch of the normal distribution and label the mean and 1, 2, and 3 standard devitons above and
below the mean with computed values.
Assume that the weight of 1-year-old girls in the USA is normally distributed with Mean - 9.5 kg, Standard
Deviation = 1.1 kg.
ces
(a) 68% of the data is between which 2 values?
kg --
kg
ations
(b) 95% of the data is between which 2 values?
kg -
kg
Drive
365
(c) What percentage of the data is less than 8.4 kg?
at Course
tions
(d) What percentage of the data is between 7.3 kg and 11.7 kg?
(w) What percentage of the data is more than 12.8 kg?
Submit Question
ype here to search
B
N M
Transcribed Image Text:Watch this Khan Academy Empirical Rule video: https://www.youtube.com/watch?v=OhRr26AfFBU Use the Empirical Rule. (Do not use technology. Technology will give a slightly different answer.) Draw a sketch of the normal distribution and label the mean and 1, 2, and 3 standard devitons above and below the mean with computed values. Assume that the weight of 1-year-old girls in the USA is normally distributed with Mean - 9.5 kg, Standard Deviation = 1.1 kg. ces (a) 68% of the data is between which 2 values? kg -- kg ations (b) 95% of the data is between which 2 values? kg - kg Drive 365 (c) What percentage of the data is less than 8.4 kg? at Course tions (d) What percentage of the data is between 7.3 kg and 11.7 kg? (w) What percentage of the data is more than 12.8 kg? Submit Question ype here to search B N M
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