This type of keg contains the equivalent of 165 12 fluid ounces cans of beer. It's about half as big as a Bathtub. In other words, 2,560 fluid ounces is 0.47 times the size of a Bathtub, and the size of a Bathtub is 2.1 times that amount. The capacity of a typical bathtub is 5,400 fluid ounces.
Answer:
hey there, the answer is 8.9429 × 10^8
Y - 3x = 7 . . . . . . . . (1)
21 + 9x = 3y . . . . . .(2)
From (1), y = 3x + 7
substituting for y into (2), we have
21 + 9x = 3(3x + 7) = 9x + 21
0 = 0
Therefore, the system has an infinte number of solutions.
Find the constant rate of change or 410 by itself until you get 4920
The sinusoidal function that models the situation is:

From the function, we have that:
- The amplitude is of 4.5 ft.
- The mid-line equation is of y = 5.
<h3>What is a sinusoidal function?</h3>
A sinusoidal function is a trigonometric function, and has the following format, considering no phase shift:

In which:
- A is the amplitude, which is the twice the difference between the largest and smallest value.
- The period is of
.
- C is the vertical shift, and the mid-line equation is
.
In this problem, the high is of 9.5 ft and the low is of 0.5 ft, hence, for the amplitude, we have that:



With an amplitude of 4.5, the standard function would vary between -4.5 ft and 4.5 ft, while in this problem the variation is from 0.5 ft to 9.5 ft, hence the vertical shift is of:

Which means that the mid-line equation is of y = 5.
Period of 24 hours, hence:



Hence, the function is:

You can learn more about sinusoidal functions at brainly.com/question/26384970