use the box - and - whisker plots to answer the questions.\n(a) which city had the highest noon…

use the box - and - whisker plots to answer the questions.\n(a) which city had the highest noon temperature?\ncity a\ncity b\n(b) which city had a larger median noon temperature?\nselect\n(c) which city had noon temperatures with a larger interquartile range (iqr)?\nselect\n(d) which city had a smaller range of noon temperatures?\nselect\nnoon temperature (in fahrenheit)

use the box - and - whisker plots to answer the questions.\n(a) which city had the highest noon temperature?\ncity a\ncity b\n(b) which city had a larger median noon temperature?\nselect\n(c) which city had noon temperatures with a larger interquartile range (iqr)?\nselect\n(d) which city had a smaller range of noon temperatures?\nselect\nnoon temperature (in fahrenheit)

Answer

Explanation:

Step1: Identify highest value

In a box - and - whisker plot, the end of the right - most whisker represents the maximum value. City A has a higher end of the right - most whisker, so it has the highest noon temperature.

Step2: Locate medians

The line inside the box represents the median. City A's median is around 75 and City B's median is around 70, so City A has a larger median.

Step3: Calculate IQR

The inter - quartile range (IQR) is the length of the box (Q3 - Q1). City A's box is longer than City B's box, so City A has a larger IQR.

Step4: Determine range

The range is the difference between the maximum and minimum values (end of right whisker - end of left whisker). City B has a shorter distance between the end of its right and left whiskers compared to City A, so City B has a smaller range.

Answer:

(a) City A (b) City A (c) City A (d) City B