no, they are both positive.
Quadrants I and III. In Quadrant I, the values are both positive. In Quadrant III, the values are both negative.
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NO! Quadrant 1 is top right (x,y) Both positive Quadrant 2 is top left ( -x,y) ('x' is negative, 'y' is positive) Quadrant 3 is bottom left (-x,-y)(Both negative) Quadrant 4 is bottom right ( x,-y). ( 'x' is positive , and 'y' is negative).
The quadrants formed by the x and y axes are numbered anticlockwise from the quadrant in which both coordinates are positive (which is quadrant I). Thus negative x and positive y is in the quadrant II.
Yes, the slope of a line that passes through quadrant 3 is typically negative. In quadrant 3, both the x and y coordinates are negative, so when you calculate the slope using the formula (change in y / change in x), the result will be negative. This is because as you move from left to right along the line, the y-values decrease as the x-values also decrease, resulting in a negative slope.
Yes, you can determine the quadrant of a point based on its coordinates (x, y). If both x and y are positive, the point is in the first quadrant; if x is negative and y is positive, it's in the second quadrant; if both are negative, it's in the third quadrant; and if x is positive and y is negative, it's in the fourth quadrant. If either coordinate is zero, the point lies on one of the axes: the x-axis if y is zero and the y-axis if x is zero.
Quadrants I and III. In Quadrant I, the values are both positive. In Quadrant III, the values are both negative.
The third (or SouthWest) quadrant.
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Coordinate is the common name. Abscissa is used for the information along the X-axis. Ordinate is used for the information along Y-axis. So abscissa is the x co-ordinate, and ordinate is the y co-ordinate. As they are both negative, then the point must be located in the third quadrant.
The point (7, -13) is located in the fourth quadrant, not the first. In the first quadrant, both the x-coordinate and y-coordinate must be positive. Since the y-coordinate is negative (-13), this point falls below the x-axis, placing it in the fourth quadrant where x is positive and y is negative.
A non-zero ordinate refers to a point on the Cartesian plane where the y-coordinate (ordinate) is not zero. This means the point is located either above or below the x-axis. Therefore, such points can be found in the first quadrant (where both coordinates are positive) or the second quadrant (where the x-coordinate is negative and the y-coordinate is positive), as well as in the third quadrant (where both coordinates are negative) and the fourth quadrant (where the x-coordinate is positive and the y-coordinate is negative).
The point (-4, -3) is located in the third quadrant of a rectangular coordinate system. In this quadrant, both the x-coordinate and the y-coordinate are negative. Therefore, any point with negative values for both coordinates falls within this quadrant.
The point (-25) lies on the negative x-axis, as it has an x-coordinate of -25 and no y-coordinate specified. In a Cartesian coordinate system, this point does not fall into any of the four quadrants, which are defined by both x and y coordinates being either positive or negative. Thus, it is considered to be on the boundary between Quadrant II and Quadrant III.
A vertical line passing through 0, commonly called the y-axis, and a horizontal line passingg through 0, commonly called the x-axis, divide the plane into 4 quadrants. Moving counter-clockwise from the positive x-axis, in the 1st quadrant x and y are both positive, in the 2nd quadrant x is negative and y is positive, in the third quadrant both x and y are negative and in the fourth quadrant x is positive and y is negative. Hope this helps.
Sometimes they do, sometimes they don't.It depends upon which quadrant the point is in:In quadrant I they both have the same sign - positive;In quadrant II they have the different signs - x is negative whilst y is positive;In quadrant III they both have the same sign - negative;In quadrant IV they have the different signs - x is positive whilst y is negative;
Both coordinates are negative in this case.