Given:
The line passes through points (2, -5)
Parallel to y = 11
Find-:
The equation in slope-intercept form
Explanation-:
The general equation of slope-intercept is:

Compare with the parallel line,

That mean,

The slope is zero.
The parallel line slope is also the same.
So parallel line equation is:

Line pass (2,-5) so,

Then equation of line is:
