Answer:
A= 65 in. ^2
Step-by-step explanation:
first make them into different shapes
I made 3 different rectangles
#1 4 by 6
#2 4 by 8
#3 3 by 3
for a area of a rectangles you do base times the height
#1 6*4 = 24
#2 4*8 = 32
#3 3*3 = 9
now you add them up
24+32+9
= 65 in. ^2
Check the picture below.
now, if the x-intercepts are at ±4 whilst the center is at the origin, that means the vertices are the ones hitting the x-axis, like in the picture, so just plug in the values for a, b, h and k.
The first box plot shows the value of Q1 = 32 and Q3 = 37. Hence the Interquartile range = 37-32 = 5
The second box plot shows the value of Q1 = 29 and Q3 = 36, Hence the interquartile range = 36-29 = 7
Team B has bigger interquartile range than team A and it shows that the data spreads more than Team A's
It also shows that Team A's scores are more consistent