Quadrant III

The answer is Quadrant III.

In Quadrant I, both the x– and y-coordinates are positive; in Quadrant II, the x-coordinate is negative, but the y-coordinate is positive; in Quadrant III both are negative; and in Quadrant IV, x is positive but y is negative.

15. The x- and y-coordinates have the same sign. Quadrants I and III; Sample answer: In Quadrant I, both coordinates are positive and in Quadrant III, both coordinates are negative.

Coordinates of Points. A point is the basic relationship displayed on a graph. Each point is defined by a pair of numbers containing two coordinates. A coordinate is one of a set of numbers used to identify the location of a point on a graph. Each point is identified by both an x and a y coordinate.

Therefore: In Quadrant II, cos(θ) < 0, sin(θ) > 0 and tan(θ) < 0 (Sine positive). For an angle in the third quadrant the point P has negative x and y coordinates. Therefore: In Quadrant III, cos(θ) < 0, sin(θ) < 0 and tan(θ) > 0 (Tangent positive).

Explanation: The abscissa is the horizontal direction( x ) and the ordinate is the vertical direction( y ). The Quadrants are numbered in a counter-clockwise direction. As can be seen from the image the IV(4th) quadrant is positive in x direction and negative in the y direction.

Answer. If the abscissa of a point (x coordinate) of a point is zero, the point lies on the y axis. When the abscissa is 0, it means that it is at the origin. On the other hand, the abscissae on the right and left sides of the x axis have positive and negative values respectively.

Signs of the abscissa and ordinate of a point in the second quadrant are respectively. Solution : In second quadrant , X-axis is negative and Y-axis is positive. So, sign of abscissa of a point is negative and sign of ordinate of a point is positive.

third quadrant

quadrant III

The upper-left quadrant, or Quadrant II, identifies only points to the left of zero (negative) on the x-axis and points above zero (positive) on the y-axis. Thus, any point in the second quadrant will be negative at the x value and positive at the y value.

the third and fourth quadrants have negative ordinates.

second quadrant

Answer. Answer: it lies in second quadrant because here x coordinate is negative and y coordinate is positive..

1 : one-fourth of a circle. 2 : any of the four parts into which something is divided by two imaginary or real lines that intersect each other at right angles. quadrant. noun. quad·​rant | / ˈkwäd-rənt /

more Any of the 4 areas made when we divide up a plane by an x and y axis, as shown. They are usually numbered I, II, III and IV. See: Quadrant (circle)

in which quadrant is the point negative seven comma seven located so let’s just review what a quadrant is a quadrant are each of the four sections of the coordinate plane and when we talk about the sections we’re talking about the sections as divided by the coordinate axes so this right here is the x-axis and this up- …

Quadrant I: The first quadrant is in the upper right-hand corner of the plane. Both x and y have positive values in this quadrant. Quadrant II: The second quadrant is in the upper left-hand corner of the plane. X has negative values in this quadrant and y has positive values.

Algebra Examples Since the y-coordinate is negative and the x-coordinate is 0 , the point is located on y-axis between the third and fourth quadrants.

Quadrant 1

In Quadrant IV, I’ll pick, say, (3, –4). The product is 3 × (–4) = –12, which is negative. Any other product in Quadrant IV will be negative also, so Quadrant IV is part of my answer. The points (x, y), with xy < 0, lie in Quadrants II and IV.

The point ( 0, 4) is located on the y – axis in between in first quadrant on cartesian plane. A Cartesian plane is defined by two perpendicular number lines, x – axis which is horizontal, and y – axis or which is vertical. The point where both perpendicular number line intersect, called origin(0,0).

Any point in the coordinate plane can be named by coordinates. The origin is located at the coordinates ( 0, 0 ).

y-axis

The center of the coordinate system (where the lines intersect) is called the origin. The axes intersect when both x and y are zero. The coordinates of the origin are (0, 0). An ordered pair contains the coordinates of one point in the coordinate system.

The coordinate plane is divided into four quadrants. Quadrant one (QI) is the top right fourth of the coordinate plane, where there are only positive coordinates. Quadrant two (QII) is the top left fourth of the coordinate plane. Quadrant three (QIII) is the bottom left fourth.

XYZ Convention The following convention is used for the XYZ axes of Slide3 models: X-axis and Y-axis make up the horizontal plane. Positive Y-axis is north and positive X-axis is east. Z-axis is always the vertical axis and is positive upwards.

first quadrant

quadrant 3

Abscissa of a point means the x co-ordinate of the point . The x co ordinate of a point becomes negative in quadrant 2 ( II ) and quadrant 3 ( III ) . It is positive in quadrant 1 ( I ) and quadrant 4 ( IV ) .

Step 2 − The given point −7,3 lies in the quadrant 2 as its x and y coordinates are negative and positive respectively.

the point ( -1 ,-1 ) lies on the third quadrant as the x-coordinate and the y-coordinates are negative..

So, it lies in fourth quadrant.

Explanation- As -3 will lie in x axis and -3 will lie in y-axis so it will be the third quadrant.

The horizontal axis in the coordinate plane is called the x-axis. The vertical axis is called the y-axis. The point at which the two axes intersect is called the origin. The origin is at 0 on the x-axis and 0 on the y-axis.

For point B, move to the right 4 units to get an x-coordinate of 4, then move down 3 units to get a y-coordinate of -3. The ordered pair for point B is (4, -3). For point C, move to the right 3 units to get an x-coordinate of 3, then move up 5 units to get a y-coordinate of 5. The ordered pair for point C for (3, 5).

The positive integers are represented to the right of 0 and the negative integers are represented to the left of 0. Point out to students that numbers such as −3 and +3 are opposite numbers. A coordinate plane is composed of a horizontal number line (the x-axis) and a vertical number line (the y-axis).

In an ordered pair, such as (x, y), the first value is called the x-coordinate and the second value is the y-coordinate.

Think How do we distinguish between the two number lines? Circle all of the numbers on the x-axis. Box all of the numbers on the y-axis. An ordered pair is a pair of numbers that describes the location of a point in the coordinate plane. The first number is called the x-coordinate.

To plot a point, start at the origin and count along the x axis until you reach the x coordinate, count right for positive numbers, left for negative. Then count up or down the number of the y coordinate (up for positive, down for negative.)

Just as a number line can be extended to deal with negative numbers, the x-axis and y-axis can be extended to deal with negative coordinates. In this way, if a point is to the left of the origin, its x-coordinate is negative, and if it is below the origin, its y-coordinate is negative. The origin itself is (0, 0).

Latitude/Longitude Formats Note that negative latitudes represent the southern hemisphere, and negative longitudes represent the western hemisphere. In our example, 0.3069° times 60 gives us 18.42 minutes latitude, while 0.8583° times 60 gives us 51.50 minutes of longitude.

If the line is sloping upward from left to right, so the slope is positive (+). If the line is sloping downward from left to right, so the slope is negative (-). In our pizza example, a positive slope tells us that as the number of toppings we order (x) increases, the total cost of the pizza (y) also increases.

When you look at the two lines, you can see that the blue line is steeper than the red line. It makes sense the value of the slope of the blue line, 4, is greater than the value of the slope of the red line, . The greater the slope, the steeper the line. The next example shows a line with a negative slope.

The slope of a line is change in Y / change in X. The slope of a horizontal line = 0, not undefined. The slope of a vertical line = undefined.