-1
Third and fourth
The negative ordinate represents a negative y coordinate. A negative abscissa implies a negative x coordinate. Therefore the coordinate should look like (-x,-y). These coordinates are located at third quadrant.
Y > -x
The four region are called quadrant-the first quadrant is the upper right side of the cartesian plane.-the second quadrant is the upper left side of the cartesian plane.-the third quadrant is the lower left side of the cartesian plane.-the fourth quadrant is the lower right side of the cartesian plane.
2
The third (or SouthWest) quadrant.
Coordinates that lie in the third quadrant are (-1,-1).
The one to the lower left of the origin.
it is called the third quadrant..:)
-1
Third and fourth
They are the First Quadrant, the Second Quadrant, the Third Quadrant, and the Fourth Quadrant. They all meet at the origin, and all have equal, infinite areas.
its ( - 2, - 5 ) Two number lines are perpendicularly bisected at their middle point in bi-dimensional Cartesian coordinate system for splitting the coordinate plane into four equal regions. The left-bottom side region is called the third quadrant. In this case, the region in the angle X ′ O Y ′ is the third quadrant and represented by a Roman numeral I I I.
The negative ordinate represents a negative y coordinate. A negative abscissa implies a negative x coordinate. Therefore the coordinate should look like (-x,-y). These coordinates are located at third quadrant.
The area where 'x' and 'y' are both negative is the Third Quadrant.
I can not graph for you, but two points can be found. Zero out X and Y. -X - 3 = 0 -X = 3 X = - 3 Y = - 3, of course Draw a line from the second quadrant into the third quadrant and through the fourth quadrant connecting these two points into a descending line.