Answer:
16.50 gallons per minute
Step-by-step explanation:
Because this is a proportional function, we can set up the equation y = kx, where k is the constant of proportionality. By plugging in one point (and this point can be any point provided by the table), we can use the equality k = y/x to find the proportionality constant. If we plug in the information at 1 minute, we get 16.50/1 = 16.5
The constant of proportionality is same for all the rows that is 16.50 gallons per minute.
WE can calculate the Constant of proportionality as;
Constant of proportionality = no of gallons of water per 1 minute.
we have 16.50 gallons of water per 1 minute and 24.75 gallons of water in 1.5 minutes.
In 1 minute, we will have,
24.75 ÷ 1.5 = 16.50 gallons
Similarly,
33 gallons in 2 minutes. In 1 minute, we will have,
33 ÷ 2 = 16.50 gallons.
We can see that there seems to be the same constant of proportionality for the 2nd and 3rd row, that is 16.50.
Thus, a relationship between gallons of water (w) and time (t), considering the constant, 16.50, can be written as:
w = 16.50t
Hence, the constant of proportionality, 16.50, is same for all rows.
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