A small town needed to raise moncy to clean up a local polluted stream. The city council decided to hold a wing-cating contest to raise the money. The distribution of the number of wings caten by the 37 competitors is shown here. Find the interquartile range. Interpret this value in context. • 000 • 00 is Number of wings eaten .. O The interquartile range = 7. The range of the middle half of the number of wings eaten by these competitors is 7 wings. O The interquartile range = 10. The range of the middle half of the number of wings eaten by these competitors is 10 wings. O The interquartile range = 17. The difference between the largest number of wings eaten and smallest number of wings eaten by these competitors is 17 wings. The interquartile range = 10. The difference between the largest number of wings eaten and smallest number of wings eaten by these competitors is 10 wings. The interquartile range = 28. The difference between the largest number of wings eaten and smallest number of wings eaten by these competitors is 28 wings. 10 20 25 30 35 %3D

MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
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gnment Score:
O Resources
L Give Up?
O Hint
Check Answer
Eion 8 of 15
A small town needed to raise moncy to clean up a local polluted stream. The city council decided to hold a wing-eating contest
to raise the money. The distribution of the number of wings caten by the 37 competitors is shown here.
Find the interquartile range. Interpret this value in
context.
• 000 • 00
O The interquartile range=7. The range of the middle
half of the number of wings caten by these
competitors is 7 wings.
O The interquartile range = 10. The range of the middle
half of the number of wings caten by these
10
i5
20
25
30
35
Number of winges eaten
competitors is 10 wings.
O The interquartile range = 17. The difference between
the largest number of wings caten and smallest
number of wings eaten by these competitors is 17
wings.
The interquartile range = 10. The difference between
the largest number of wings eaten and smallest
number of wings caten by these competitors is 10
wings.
O The interquartile range = 28. The difference between
the largest number of wings eaten and smallest
number of wings eaten by these competitors is 28
wings.
DELL
&
ba
8.
9.
Transcribed Image Text:gnment Score: O Resources L Give Up? O Hint Check Answer Eion 8 of 15 A small town needed to raise moncy to clean up a local polluted stream. The city council decided to hold a wing-eating contest to raise the money. The distribution of the number of wings caten by the 37 competitors is shown here. Find the interquartile range. Interpret this value in context. • 000 • 00 O The interquartile range=7. The range of the middle half of the number of wings caten by these competitors is 7 wings. O The interquartile range = 10. The range of the middle half of the number of wings caten by these 10 i5 20 25 30 35 Number of winges eaten competitors is 10 wings. O The interquartile range = 17. The difference between the largest number of wings caten and smallest number of wings eaten by these competitors is 17 wings. The interquartile range = 10. The difference between the largest number of wings eaten and smallest number of wings caten by these competitors is 10 wings. O The interquartile range = 28. The difference between the largest number of wings eaten and smallest number of wings eaten by these competitors is 28 wings. DELL & ba 8. 9.
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