pulse rates of males818394744961525864625255785280796185867361665780368165678567747766677996596484804288737275876592897371919092695368898479765655791027466657697587775866876655759697164867769586480617610265846955755375827372636484616164518454856154107766455876684626578107768582608365766974887082654980417565747868645764825881668077867088436481647184807558666672665852627480697471686657756882649775726853848082656868696757577179101621027657658770706360937873568471769457807664566762556263536558677471588273716359966273628080729664767280857677698273867161706672838263807854786273799775705570666978739776606673626482789593877591 Use the accompanying data set on the pulse rates (in beats per minute) of males to complete parts (a) and (b) below.E Click the icon to view the pulse rates of males.a. Find the mean and standard deviation, and verify that the pulse rates have a distribution that is roughly normal.The mean of the pulse rates isbeats per minute.(Round to one decimal place as needed.)beats per minute.The standard deviation of the pulse rates is(Round to one decimal place as needed.)Explain why the pulse rates have a distribution that is roughly normal. Choose the correct answer below.O A. The pulse rates have a distribution that is normal because a histogram of the data set is bell-shaped and symmetric.O B. The pulse rates have a distribution that is normal because none of the data points are greater than 2 standard deviations from the mean.O C. The pulse rates have a distribution that is normal because none of the data points are negative.O D. The pulse rates have a distribution that is normal because the mean of the data set is equal to the median of the data set.b. Treating the unrounded values of the mean and standard deviation as parameters, and assuming that male pulse rates are normally distributed, find the pulse rate separating the lowest 2.5% and the pulse rate separating the highest 2.5%.These values could be helpful when physicians try to determine whether pulse rates are significantly low or significantly high.The pulse rate separating the lowest 2.5% isbeats per minute.(Round to one decimal place as needed.)beats per minute.The pulse rate separating the highest 2.5% is(Round to one decimal place as needed.)

(a) To find the mean and standard deviation of the given data: Enter the data in Excel sheet. Using…

Answered: pulse rates of males 81 83 94 74 49 61…

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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Use the accompanying data set on the pulse rates (in beats per minute) of males to complete parts (a) and (b) below.
E Click the icon to view the pulse rates of males.
a. Find the mean and standard deviation, and verify that the pulse rates have a distribution that is roughly normal.
The mean of the pulse rates is
beats per minute.
(Round to one decimal place as needed.)
beats per minute.
The standard deviation of the pulse rates is
(Round to one decimal place as needed.)
Explain why the pulse rates have a distribution that is roughly normal. Choose the correct answer below.
O A. The pulse rates have a distribution that is normal because a histogram of the data set is bell-shaped and symmetric.
O B. The pulse rates have a distribution that is normal because none of the data points are greater than 2 standard deviations from the mean.
O C. The pulse rates have a distribution that is normal because none of the data points are negative.
O D. The pulse rates have a distribution that is normal because the mean of the data set is equal to the median of the data set.
b. Treating the unrounded values of the mean and standard deviation as parameters, and assuming that male pulse rates are normally distributed, find the pulse rate separating the lowest 2.5% and the pulse rate separating the highest 2.5%.
These values could be helpful when physicians try to determine whether pulse rates are significantly low or significantly high.
The pulse rate separating the lowest 2.5% is
beats per minute.
(Round to one decimal place as needed.)
beats per minute.
The pulse rate separating the highest 2.5% is
(Round to one decimal place as needed.)

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