A small town needed to raise money 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 eaten by the 37 competitors is shown here. Find the interquartile range. Interpret this value in context. O The interquartile range 7. The range of the middle half of the number of wings eaten by these of 10 20 25 Number of wings eaten 15 30 35 competitors is 7 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.
A small town needed to raise money 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 eaten by the 37 competitors is shown here. Find the interquartile range. Interpret this value in context. O The interquartile range 7. The range of the middle half of the number of wings eaten by these of 10 20 25 Number of wings eaten 15 30 35 competitors is 7 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.
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Author:Amos Gilat
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Find the interquartile range . Interpret this value in context.
 alt="A small town needed to raise money 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 eaten by the 37 competitors is shown here.
Find the interquartile range. Interpret this value in
context.
• 000 • 0
20
25
Number of wings eaten
O The interquartile range = 7. The range of the middle
half of the number of wings eaten by these
10
is
30
35
competitors is 7 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.
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Transcribed Image Text:A small town needed to raise money 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 eaten by the 37 competitors is shown here.
Find the interquartile range. Interpret this value in
context.
• 000 • 0
20
25
Number of wings eaten
O The interquartile range = 7. The range of the middle
half of the number of wings eaten by these
10
is
30
35
competitors is 7 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.
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10:31 AM
3/11/2021
40
insert
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de
%24
%
&
7.
8.
backspace
R
T.
H
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K
pause
V B N M
cirt
立
 alt="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.
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 = 10. The difference between
the largest number of wings eaten and smallest
number of wings eaten by these competitors is 10
wings.
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Transcribed Image Text: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.
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 = 10. The difference between
the largest number of wings eaten and smallest
number of wings eaten by these competitors is 10
wings.
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