The box plots show the average gas mileage, in miles per gallon, of cars and minivans tested by a certain company.
which correctly compares the interquartile ranges?
a) the interquartile range for cars is about 12 mpg, and the interquartile range for minivans is about 12 mpg.
b) the interquartile range for cars is about 7 mpg, and the interquartile range for minivans is about 3 mpg.
c) the interquartile range for cars is about 24 mpg, and the interquartile range for minivans is about 19 mpg.
d) the interquartile range for cars is about 8 mpg, and the interquartile range for minivans is about 7 mpg.

c) the interquartile range for cars is about 24 mpg, and the interquartile range for minivans is about 19 mpg.

step-by-step explanation:

the box plots show the average gas mileage, in miles per gallon, of cars and minivans tested by a certain company. the interquartile range for cars is about 24 mpg, and the interquartile range for minivans is about 19 mpg correctly compares the interquartile ranges.

the box plots show the average gas mileage, in miles per gallon, of cars and minivans tested by a certain company.

which correctly compares the interquartile ranges?

a) the interquartile range for cars is about 12 mpg, and the interquartile range for minivans is about 12 mpg.

b) the interquartile range for cars is about 7 mpg, and the interquartile range for minivans is about 3 mpg.

c) the interquartile range for cars is about 24 mpg, and the interquartile range for minivans is about 19 mpg.

d) the interquartile range for cars is about 8 mpg, and the interquartile range for minivans is about 7 mpg.

if the pizza is divided equally into 2 equal halves then you would get

πr^2/2

where r is the radius of the pizza.

happy to

pls mark as brainliest

y=3x+4

step-by-step explanation:

given the points a(0,4) and b(-4, -8)

eqn of line ab: (y-4)/(x-0)=(-8-4)/(-4-0)

(y-4)/x=-12/-4=3

y=3x+4