(D) and (E) The resting heart rate for an adult horse should average about u = 48 beats per minute with a (95% of data) range from 22 to 74 beats per minute. Let x be a random variable that represents the resting heart rate for an adult horse. Assume that x has a distribution that is approximatelynormal.A USE SALT(a) The empirical rule indicates that for a symmetrical and bell-shaped distribution, approximately 95% of the data lies within two standard deviations of the mean. Therefore, a 95% range of data values extending from u - 20 to u + 20 is often used for "commonly occurring" datavalues. Note that the interval from u - 20 to u + 20 is 40 in length. This leads to a "rule of thumb" for estimating the standard deviation from a 95% range of data values.Estimating the standard deviationFor a symmetric, bell-shaped distribution,standard deviation ange high value - low valuewhere it is estimated that about 95% of the commonly occurringdata values fall into this range.Use this "rule of thumb" to estimate the standard deviation of x distribution. (Round your answer to one decimal place.)13v beats(b) What is the probability that the heart rate is less than 25 beats per minute? (Round your answer to four decimal places.)0.0381 x0.0384(c) What is the probability that the heart rate is greater than 60 beats per minute? (Round your answer to four decimal places.)0.8223 x0.1780(d) What is the probability that the heart rate is between 25 and 60 beats per minute? (Round your answer to four decimal places.)(e) A horse whose resting heart rate is in the upper 9% of the probability distribution of heart rates may have a secondary infectionanswer to the nearest whole number.)illness that needs to be treated. What is the heart rate corresponding to the upper 9% cutoff point of the probability distribution? (Round yourbeats per minute

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Description: (D) and (E) The resting heart rate for an adult horse should average about u = 48 beats per minute with a (95% of data) range from 22 to 74 beats per minute. Let x be a random variable that represents the resting heart rate for an adult horse. Assume

X: A random variable representing the resting heart rate for an adult horse. Here, X~N(48, 132)…

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(d) What is the probability that the heart rate is between 25 and 60 beats per minute? (Round your answer to four decimal places.) (e) A horse whose resting heart rate is in the upper 9% of the probability distribution of heart rates may have a secondary infection or illness that needs to be treated. What is the heart rate corresponding to the upper 9% cutoff point of the probability distribution? (Round your answer to the nearest whole number.) beats per minute

(d) What is the probability that the heart rate is between 25 and 60 beats per minute? (Round your answer to four decimal places.) (e) A horse whose resting heart rate is in the upper 9% of the probability distribution of heart rates may have a secondary infection or illness that needs to be treated. What is the heart rate corresponding to the upper 9% cutoff point of the probability distribution? (Round your answer to the nearest whole number.) beats per minute

MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

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(D) and (E)

The resting heart rate for an adult horse should average about u = 48 beats per minute with a (95% of data) range from 22 to 74 beats per minute. Let x be a random variable that represents the resting heart rate for an adult horse. Assume that x has a distribution that is approximately
normal.
A USE SALT
(a) The empirical rule indicates that for a symmetrical and bell-shaped distribution, approximately 95% of the data lies within two standard deviations of the mean. Therefore, a 95% range of data values extending from u - 20 to u + 20 is often used for "commonly occurring" data
values. Note that the interval from u - 20 to u + 20 is 40 in length. This leads to a "rule of thumb" for estimating the standard deviation from a 95% range of data values.
Estimating the standard deviation
For a symmetric, bell-shaped distribution,
standard deviation ange high value - low value
where it is estimated that about 95% of the commonly occurring
data values fall into this range.
Use this "rule of thumb" to estimate the standard deviation of x distribution. (Round your answer to one decimal place.)
13
v beats
(b) What is the probability that the heart rate is less than 25 beats per minute? (Round your answer to four decimal places.)
0.0381 x
0.0384
(c) What is the probability that the heart rate is greater than 60 beats per minute? (Round your answer to four decimal places.)
0.8223 x
0.1780
(d) What is the probability that the heart rate is between 25 and 60 beats per minute? (Round your answer to four decimal places.)
(e) A horse whose resting heart rate is in the upper 9% of the probability distribution of heart rates may have a secondary infection
answer to the nearest whole number.)
illness that needs to be treated. What is the heart rate corresponding to the upper 9% cutoff point of the probability distribution? (Round your
beats per minute

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