To answer this question, we need to find the slope of the line, and then, we can use the Point-Slope Form of the line, to finally find the Slope-Intercept equation of the given line.
1. Finding the Slope of the line
To find it, we need to apply the formula:

We have that the points are:
(-22, -14) and (-18, -12)
We can label these points as:
(-22, -14) ---> x1 = -22, y1 = -14
(-18, -12) ---> x2 = -18, y2 = -12
Then, applying the formula for the slope of a line, we have:

2. Finding the Point-Slope Form of the line (first)
The associated formula is given by:

We can take any of the points above. Let us select (-22, -14). Then, we have:

Then, expanding and simplifying this partial result:

Now, subtracting 14 to both sides of the equation:

We already have the Slope-Intercept equation of the line, since the formula for this is as