<h3>
Answer: 36pi (choice b)</h3>
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Explanation:
Let x = length of side BC
This is the height of the cylinder. Think of a can that is laying on its side. The radius of this can or cylinder is CD
If point B has x coordinate of 12, and BC is 12 units long, this must mean point C has x coordinate of 12-x. This is plugged into the function to show that CD has a length of exactly 
This is the radius of the cylinder
The volume of a cylinder is 
Plug in the radius and height mentioned to get this function in terms of x

That simplifies to

or

Ignore the pi portion for now.
We wish to maximize the function f(x) = 12x-x^2
Use either calculus (specifically derivatives) or a graphing calculator to find that the vertex is at (6, 36)
This means x = 6 leads to the largest f(x) value being 36.
Therefore, the volume V is maxed out when x = 6 and we get a max volume of 36pi cubic units.
Answer:
<u>$2250</u>
Step-by-step explanation:
Monthly Payments = 201.39
3 years = 3 * 12 = 36 months
Total she will pay:
201.39 * 36 = $7250.04
Original Loan amount was $5000
She is paying a total of 7250.04
The extra amount (interest) is:
7250 - 5000 = $2250.04
Rounded off, that is <u>$2250</u>
Answer:
B
Step-by-step explanation:
The right side is 2x larger than the left side of diagram B. So you can safely assume the right side is 10 and the left is 5.
I hope this helps you
121=11.11
a^2-11^2
(a-11). (a+11)
a.a+11a-11a-11.11
a^2+0-121
a^2-121
<u>ANSWER TO PROBLEM:</u>
10 teams.
3x10=30 and then the one person is left over
Sure hope this helps you and pls mark me brainiest