The direct relationship between the original distance and the resulting distance is y = 3 · x.
<h3>What is the relationship behind a given statement and graph?</h3>
In this problem we find the case of a direct relationship, that is, a linear relationship between two b. According to this case, the original distance (d), in yards, is directly proportional to the resulting distance (d'), in feet.
y = k · x
Where:
- x - Original distance, in yards.
- y - Resulting distance, in feet.
- k - Proportionality constant, in feet per yard.
If we know that x = 1 yd and y = 3 ft, then the proportionality constant is:
k = y / x
k = 3 ft / 1 yd
k = 3 ft / yd
The direct relationship is y = 3 · x.
To learn more on direct relationships: brainly.com/question/27989875
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Your answer would be A hope this helps!
<u>ANSWER: </u>
The height of the cylinder is 6 ft approximately.
<u>SOLUTION:
</u>
Given, the volume of a right cylinder is 155.4
And, radius of the cylinder is 3 ft.
We need to find the height of cylinder.
We know that, volume of the cylinder = area of cross section height
Here, cross section is circular. Hence we can rewrite above formula as,
volume = area of circle height
Hence, the height of the cylinder is 6 ft approximately.
6x6x6x6x6 is also 6 to the 5th power
Answer:
B
Step-by-step explanation:
|-4| is 4 so 2 is always less than 4 so B is true.