Connected cellular because you make 800 a week but with the other you only make 700
<u>Given:</u>
Each circle has a diameter of 2 inches each.
The outer square has a side length of 4 inches and the square ABCD has a side length of 2 inches.
<u>To find:</u>
The area of the shaded region.
<u>Solution:</u>
Each circle has a diameter of 2 inches. The square ABCD is at the center of each circle so it has a side length of 1 inch.
To determine the area of the shaded region, we subtract the area of the quarter-circles in the square ABCD from the area of the square ABCD.
The area of a quarter-circle 
All the quarter-circles have a radius of 1 inch.
The area of 1 quarter-circle 
The area of 4 quarter-circles 
So the area of the quarter-circles in the square ABCD is 3.1514 square inches.
The area of a square 
The area of square ABCD 
The area of the shaded region 
The area of the shaded region is 0.8585 square inches.
(y-7)(y+6)
Hopefully this is right :)
Answer:
3.60555127546
Step-by-step explanation:
Use a calculator. That is what they are for.
Answer:
The answer is 20^(n)
Step-by-step explanation:
From the problem, we know that
a^(3) = 30000 (1)
a^(5) = 12 000 000 (2)
If we divide (2) and (1)
a^(5) / a^(3) = a^(2)
a^(2) = 12 000 000/ 30 000 = 400
a = sqrt(400) = 20
The rule of the geometric sequence would be
20^(n)