First, we should figure out the area of the entire face of the clock because we need that information to solve the problem. The formula for the area of a circle is A=pi*r^2. Since we know that r (radius) is equal to 11.25 feet, we can plug this in for r and solve for A: A=pi*11.25^2 which equals A=397.61 ft^2 rounded to the nearest hundredth.
Now, to find the area the hand sweeps over in 5 minutes, we should determine how much of the clock the hand sweeps over in 5 minutes. Think about it like this: since 5 minutes goes into 60 minutes 12 times (60/5=12), then 5 minutes is one twelfth of the clock's face. Therefore, we are going to divide the total area by 12 (397.61/12) to get 33.13 ft^2, so the answer is C.
I hope this helps.
Answer:
5/2
Step-by-step explanation:
The square root of 5 divided by the negative square root of 5 equals -1. 7/2 - 1 = 5/2.
Hello,
<span>Write the ratio of 3/7 to 6 as a fraction in simplest form
-----
(3/7):6
Multiply by 7
3/7*1/7=3
6*7=42
= 3:42
=1:14
Thus, the answer is 1:14.
Faith xoxo
</span>
Sqrt ( (-4)^2 + (-sqrt2i)^2 )
= sqrt (16 + 2)
= sqrt 18
= sqrt9 * sqrt 2
= 3 sqrt2 (answer)
The maximum value of the function is 10
<h3>How to determine the maximum value?</h3>
The function is given as:
P = 2x - y
The feasible regions are given as:
(1,0), (5,5) and (5,0)
Substitute these values in P = 2x - y
P = 2(1) - 0 = 2
P = 2(5) - 5 = 5
P = 2(5) - 0 = 10
The maximum value in the above computation is 10
Hence, the maximum value of the function is 10
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