We can imagine that x will be the number of hours and y will be the amount of snow. We can find the first-degree equation using the points (3,6) and (7,14) with the following equation:

Let's find m first, we can do this using the following equation:

y2 is 14, y1 is 6. x2 is 7 and x1 is 3. Thus:

We can nominee the point (3,6) to be part of the xo, yo point in the first equation:



If the snow continues to fall, after 24 hours (x), the amount of snow will be:
