To find the ratio of the areas, we are obviously going to first need to find the areas of the inner and outer squares. The outer square has a side length of 
because we are units away from 0 on the x-axis. Thus, the area of the outer square is 
.
We can see that a right triangle is formed by part of the x-axis, part of the y-axis, and the side of the inner square. Thus, we can find the length of the inner square through the Pythagorean Theorem, which is 
, where and 
are the legs of the right triangle and 
is the hypotenuse. The lengths of the legs of the right triangle in the picture are 
and . We can use the Pythagorean Theorem to find the other side length.
We have now found that the side length of the inner square is 
. Thus, the area of the inner square is 
.
Using the two areas we just found, we can say that the ratio of the area of the inner square to the area of the outer square is 
, or choice A.
So this is science. I would pick raspberry juice instead of apple because it’s right
Hope this helps!!
Answer:
huushshsusjvevshshd
Step-by-step explanation:
q=135 s and p= 45
Answer:
m=fy/kx-Bf
Step-by-step explanation:
you simply simplify the equitions to be left with m on one side
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