The function m(g) provides the number of miles a car can travel on g gallons of gas. The fuel tank holds 14 gallons which allows a maximum ride of 504 miles.

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Answer:

By Proportionality relationship: A proportionality in which two quantity vary directly to each other.

i,e [tex]y \propto x[/tex]

then; the equation is of the form: [tex]y =kx[/tex] where k is the constant of proportionality.

As per the given statement: The function m(g) provides the number of miles a car can travel on g gallons of gas.

By definition of proportionality, we have;

[tex]m(g) = kg[/tex] .....[1] where k is the constant of proportionality.

Also, it is given that the fuel tank holds 14 gallons which allows a maximum ride of 504 miles.

⇒[tex]g = 14 \text{gallons}[/tex] and m(g) = 504 miles

Substitute these in [1] to solve for k;

[tex]504 = 14k[/tex]

Divide both sides by 14 we get;

k = 36

Therefore, our equation become:

[tex]m(g) = 36g[/tex] where g represents the number of gallons and m(g) represents the distance, in miles

Domain for this equation is; [0,14]

0 represents the empty tank and 14 representing a full tank.

Range:  [0, 504]

0 represents the miles traveled on an empty tank and 504 miles represents the distance traveled on a full tank.



Answer: 0 ≤ g ≤ 14

Step-by-step explanation: