The answer to your question is 61/99
Number 1 is 6 number two is -8 and number three is -10

now, the one below that, which is equivalent to that? well, just look above it
The area is 120/(1/4) or 120 x 4 or 480 square inches
the width is 6/(1/2) or 6 x 2 or 12 inches
to find the length, divide the area by the width
480/12= 40
40 inches
Hope this helps :)
There is no data provided but if your asking what an interquartile range is ?? It’s a measure of variability based on dividing a data set into quartile a