A Uhiversity researcher is interested in comparing the percents of high school : took a college entrance exam for two different regions of the country. Region Ia The researcher recorded the percent of seniors taking the exam for each high s the two regions. The boxplots of the distributions of percents of seniors who to college entrance exam are shown below.

MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
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Chapter1: Starting With Matlab
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please see the picture attached for the two problems to resolve. problems 11 & 12.

thank you.

median will Jalso go up since it is o
2
12. Caffeine, a chemical found in many popualar beverages, is known for reducing fatigueA
student wanted to investigate the caffeine content in popular beverages, such as soft drinks,
energy drinks, tea, and colfee. The following data collected by thestudent show the
amounts of caffeine (in milligrams per 12-ounce serving) for twelve pppular beverages.
45
a. Construct an appropriate graphical display of the amounts of caffeine found in the
twelve beverages
lererager
b. A 12-ounce cup of one popular gourmet coffee contains over 300 milligrams of caffeine.
If this value was added to the data set of twelve numbers above, how would the mean
and median of the data set above compare with the mean and median of the new data
set with the thirteen numbers? Explain how this comparison could be made without
performing any computations
By abding the bererage twith s00 milligram
lealleinel the mean wil go up since it will
Dring arergge, amound of dalfaine up and the
bigger
half meaning
get
the two mediano making it go up.
twouls rid of the louer
Transcribed Image Text:median will Jalso go up since it is o 2 12. Caffeine, a chemical found in many popualar beverages, is known for reducing fatigueA student wanted to investigate the caffeine content in popular beverages, such as soft drinks, energy drinks, tea, and colfee. The following data collected by thestudent show the amounts of caffeine (in milligrams per 12-ounce serving) for twelve pppular beverages. 45 a. Construct an appropriate graphical display of the amounts of caffeine found in the twelve beverages lererager b. A 12-ounce cup of one popular gourmet coffee contains over 300 milligrams of caffeine. If this value was added to the data set of twelve numbers above, how would the mean and median of the data set above compare with the mean and median of the new data set with the thirteen numbers? Explain how this comparison could be made without performing any computations By abding the bererage twith s00 milligram lealleinel the mean wil go up since it will Dring arergge, amound of dalfaine up and the bigger half meaning get the two mediano making it go up. twouls rid of the louer
Free-Response Questions. Show all your work. Indicate clearly the methods you use, because you
will be scored on the correctness of vour methods as well as on the accuracy and completeness of
your results and explanations.
11. A university researcher is interested in comparing the percents of high school seniors who
took a college entrance exam for two different regions of the country, Region I and Region II.
The researcher recorded the percent of seniors taking the exam for each high school within
the two regions. The boxplots of the distributions of percents of seniors who took the
college entrance exam are shown below.
Region I
Region II- |
0 10 20 30 40 50 60 70 80 90
Percents of Seniors
Compare the distributions of percents of seniors who took the college entrance
exam for the two regions.
The "range or Region I in much smaller than
hthat o Region I and the interguartile range for Region I
maller. An addition hegion I Aan areny
Use IGR or
SD in the
Transcribed Image Text:Free-Response Questions. Show all your work. Indicate clearly the methods you use, because you will be scored on the correctness of vour methods as well as on the accuracy and completeness of your results and explanations. 11. A university researcher is interested in comparing the percents of high school seniors who took a college entrance exam for two different regions of the country, Region I and Region II. The researcher recorded the percent of seniors taking the exam for each high school within the two regions. The boxplots of the distributions of percents of seniors who took the college entrance exam are shown below. Region I Region II- | 0 10 20 30 40 50 60 70 80 90 Percents of Seniors Compare the distributions of percents of seniors who took the college entrance exam for the two regions. The "range or Region I in much smaller than hthat o Region I and the interguartile range for Region I maller. An addition hegion I Aan areny Use IGR or SD in the
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