Hello!
The answers is:
The three points that are solution for the equation are:

Why?
To find 3 pairs (x,y) or points that are solutions for the equation, we could find where the function intercepts the x-axis and y-axis, we must remember that the domain of a line is all the real numbers, so by using any input, we will find a solution, which means finding a point that belongs to the line.
So,
Finding the axis intercepts of the line, we have:
x-axis intercept:
Making "y" equal to 0, we have:




We have that the interception point with the x-axis is (5,0)
y-axis intercept:
Making "x" equal to 0, we have:





We have that the interception point with the y-axis is (0,-2)
As we know, the domain of a line is equal to the real numbers, Now, we have that any between the points (5,0) and (0,-2) will belong to the line, so, let's try with a point wich x-coordinate (input) is equal to 6 and then find the y-coordinate (output) if the point satisfies the equality, it belongs to the equation to the line.
Substituting x equal to 6, we have:




So, the obtained point is:

or

Now, let's prove that it belongs to the equation of the line by substituting it into the equation:



We can see that the equality is satisfied, it means that the point belongs to the line.
Hence, the three points that are solutions for the equation are:

Have a nice day!