Answer:
Pool A.
Step-by-step explanation:
This can be solved through ratios. You would write it as So, for the first one, and for the second. You might want to use a calculator for that part, but you could also change the gallons to cups, which gives you a much better number of 10.515. So, , and So, pool A is at a faster rate. If you want it in gallons per minute, it's by 0.01 (with the 1 repeating) gallons per minute. By cups, it's 0.17525 cups per minute.
(The reason I did not do this by cross multiplying and dividing ratios is because it gives you the exact same answer if you are finding it per one, as I am here with per one minute. You can do it this way, it just wastes a bit of time.)
17.3 in2
34.5 in2
95.0 in2
379.9 in2
Answer:
a=95.0 in^2
Step-by-step explanation:
The area of a circle is:
a=r^2
First, we must find the radius
r=d/2
r=11/2
r=5.5
Substitute 5.5 in for r in the formula
a=5.5^2
a=30.25
Substitute 3.14 in for pi
a=3.14*30.25
a=94.985
Rounded to the nearest tenth:
a=95.0 in^2
Hope this helps! :)
Answer:
95.0 in²
The question and proof is below
Please explain how you broke it up and did
See attached image.
I broke it up into 4 different shapes, 3 triangles and a square.
Area for a triangle is 1/2 x base x height:
Triangle 1: 1/2 x 4 x 3 = 6
Triangle 2: 1/2 x 6 x 3 = 9
Triangle 3: 1/2 x 1 x 6 = 3
Area of square = S^2 = 6^2 = 36
Total area = 36 + 6 + 9+3 = 54 square units
Draw a segment from point E to point B. Now you have a triangle above with base FB of length 10 and height EA of length 3, and a trapezoid below with bases DC of length 7 and EB of length 6 and height CB of length 6.
area of figure = area of triangle + area of trapezoid
area of figure = bh/2 + (b + b)h/2
area of figure = 10(3)/2 + (7 + 6)(6)/2
area of figure = 15 + 39
area of figure = 54
is there a picture or other attachment with your question?