The quadrant where a point has a negative x coordinate and a negative y coordinate is located in quadrant 3.
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.
in 2nd quad y coordinate is positive
The x coordinate in the second quadrant is negative while the y coordinate is positive.
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The meaning of the question is not at all clear. Quadrant IV contains points whose x-coordinate is positive and the y-coordinate is negative. So what is meant by the "point" being negative? Also, quadrant IV is not an operation. So what is meant by its converse?
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quadrent IV(4)
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 third (or SouthWest) quadrant.
A point is located in quadrant IV if its coordinates have a positive x-value and a negative y-value. For example, the point (3, -2) lies in quadrant IV because the x-coordinate is positive (3) and the y-coordinate is negative (-2). In this quadrant, points are found to the right of the origin and below the x-axis.
in 2nd quad y coordinate is positive
The x coordinate in the second quadrant is negative while the y coordinate is positive.
The point (2, -5) is located in the fourth quadrant of the Cartesian coordinate system. In this quadrant, the x-coordinates are positive, while the y-coordinates are negative. Therefore, since 2 is positive and -5 is negative, the coordinates correspond to the fourth quadrant.
The point (3, 5) is located in the first quadrant of the Cartesian coordinate system. This is because both the x-coordinate (3) and the y-coordinate (5) are positive, which places the point in the upper right section of the graph.
Both x and y are negative in the third quadrant of the coordinate system. In this quadrant, points are located such that their x-coordinates are less than zero and their y-coordinates are also less than zero. This means that any point in this quadrant has coordinates of the form (x, y) where x < 0 and y < 0.
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