if we were to solve both equations for "y", we'd get
notice, the 1st equation is really the 2nd in disguise, since both lines are just pancaked on top of each other, every point in the lines is a solution or an intersection, and since both go to infinity, well, there you have it.
Answer:
Choice B. .
Step-by-step explanation:
Start by finding the slope of this line. Let and
represent two distinct points on a line on a Cartesian Plane. (That is,
.) The slope of this line would be:
.
For the line in this question:
Indeed, . The slope of this line would thus be
, which is equal to
.
On a Cartesian Plane, the point-slope form of a line that has a slope of and includes the point
can be written as:
.
(Note the minus signs in this form.)
For the line in this question, . There are two equivalent expressions for its point-slope form: