the box plots show the summer temperatures, in degrees fahrenheit, in two cities.\nsummer temperatures in…

the box plots show the summer temperatures, in degrees fahrenheit, in two cities.\nsummer temperatures in city a\nsummer temperatures in city b\nlinda is trying to decide which city to visit. she likes the summer temperature to be around 75°f. which city she should visit?\nshe should visit city a because the temperatures are consistently closer to a median of 80°f.\nshe should visit city b because the temperatures are consistently closer to a median of 70°f.\nit doesnt matter which city she visits because both medians are 5°f from 75°f.\nit doesnt matter which city she visits because it will likely reach 90°f in both cities.

the box plots show the summer temperatures, in degrees fahrenheit, in two cities.\nsummer temperatures in city a\nsummer temperatures in city b\nlinda is trying to decide which city to visit. she likes the summer temperature to be around 75°f. which city she should visit?\nshe should visit city a because the temperatures are consistently closer to a median of 80°f.\nshe should visit city b because the temperatures are consistently closer to a median of 70°f.\nit doesnt matter which city she visits because both medians are 5°f from 75°f.\nit doesnt matter which city she visits because it will likely reach 90°f in both cities.

Answer

Explanation:

Step1: Identify medians

For City A, the median is around 80°F. For City B, the median is around 70°F.

Step2: Calculate distance from 75°F

For City A, the distance from 75°F is $|80 - 75|=5$°F. For City B, the distance from 75°F is $|70 - 75| = 5$°F.

Answer:

It doesn't matter which city she visits because both medians are 5°F from 75°F.