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Rashid [163]
2 years ago
15

Drag the tiles to the correct boxes to complete the pairs. Not all tiles will be used. The box plot compares the monthly average

temperature (in degrees Fahrenheit) recorded in the towns of Springwood and Meadows from April to October. Match each phrase to its correct value.
the median of the temperatures at Springwood _______


the median of the temperatures at Meadows: ______


the interquartile range of the temperatures at Springwood:_______


the interquartile range of the temperatures at Meadows:_______


the difference of the medians as a multiple of their average interquartile range:_______

Mathematics
2 answers:
julia-pushkina [17]2 years ago
7 0

Answer: The median of the temperatures at Springwood is <u>86.</u>    

The median of the temperatures at Meadows is<u> 73</u>.  

The interquartile range of the temperatures at Meadows is <u>12</u>.  

The interquartile range of the temperatures at Springwood is <u>14.</u>

The difference of the medians as a multiple of their average interquartile range as : Difference in medians = 13= 1 x 13

i.e. Difference in medians  = 1 x (Average interquartile range)

Step-by-step explanation:

In a box - whisker plot , the vertical line in box represents the median value.

The left end of box denotes Lower quartile and the right end of the box Upper quartile.

By considering the given picture,

For Meadows ,

Median = 73

The median of the temperatures at Meadows is<u> 73</u>.                           (1)

Lower quartile = 68

Upper quartile = 80

Interquartile range = Upper quartile- Lower quartile

Interquartile range=80-68 = 12

The interquartile range of the temperatures at Meadows is <u>12</u>.     (2)

For Springwood,

Median = 86

The median of the temperatures at Springwood is <u>86.</u>                 (3)

Lower quartile = 77

Upper quartile = 91

Interquartile range = Upper quartile- Lower quartile

= 91-77 = 14

The interquartile range of the temperatures at Springwood is <u>14.</u>         (4)

Difference in medians = 86-73 = 13              [From (1) and (3)]

Average interquartile range = \dfrac{12+14}{2}=13    [From (2) and (4)]

The difference of the medians as a multiple of their average interquartile range as : Difference in medians = 13= 1 x 13

i.e. Difference in medians = 1 x (Average interquartile range)

vovangra [49]2 years ago
5 0

Hello,

The median of the temperatures at Springwood is 86. (median is at the middle).

the median of the temperatures at Meadows is 73. (median is at the middle).

The (IQR) interquartile range of the temperatures at Meadows is 12. (You have to subtract both of the IQR left and right 80 - 68 = 12).

The (IQR) interquartile range of the temperatures at Springwood is 14. (You have to subtract both of the IQR left and right 91 - 77 = 14).

the difference of the medians as a multiple of their average interquartile range is 79.5 is average median and 13 average IQR.

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Jeff earned his pilot's license and flew to visit his brother 200 miles away. A headwind of 20 mph slowed down the plane's speed
lora16 [44]
<h2>Plane's speed without wind i s 117.68 mph</h2>

Step-by-step explanation:

We have speed of plane without wind is x.

Distance to brothers place = 200 miles.

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We have

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2 years ago
A park district is building an outdoor tennis court based on a scale drawing that measures 30cm long by 13.75 cm and uses the sc
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The actual area of the tennis court is 264 m²

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<em>Find out more at brainly.com/question/12581267.</em>

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Answer:

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Step-by-step explanation:

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MA_775_DIABLO [31]

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