In the attached image is a example for finding IQR. What I don’t understand is the significance of this number. What useful information about the distribution am I gaining by finding the IQR. Can you please give an example of how this information may be useful to a statistician or data scientist. 3.11 Calculate the interquartile range (IQR) of the data.The interquartile range represents the middle 50 percent ofthe data, and is equal to the difference between the third87 and Q3 = 109 (ac-and first quartiles. Recall that Q1cording to Problems 3.8 and 3.10, respectively).IQR = Q3 - Q1109 - 87 = 22 patient visitsNote: Problems 3.8-3.12 refer to the data set in Problem3.8, the number of patient visits per week at a chiropractor'soffice over a ten-week period.

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Description: In the attached image is a example for finding IQR. What I don’t understand is the significance of this number. What useful information about the distribution am I gaining by finding the IQR. Can you please give an example of how this information ma

As seen above, the interquartile range is built upon the calculation of other statistics. Before…

Math

Statistics

In the attached image is a example for finding IQR. What I don’t understand is the significance of this number. What useful information about the distribution am I gaining by finding the IQR. Can you please give an example of how this information may be useful to a statistician or data scientist.

In the attached image is a example for finding IQR. What I don’t understand is the significance of this number. What useful information about the distribution am I gaining by finding the IQR. Can you please give an example of how this information may be useful to a statistician or data scientist.

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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