The 4

**Graph****Quadrants**. There are four**graph****quadrants**that make up the Cartesian plane. Each**graph****quadrant**has a distinct combination of positive and negative values.**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 ...Coordinate plane word

**problems (quadrant**1) Olga is keeping track of her exercise on a coordinate grid. Each ordered pair represents the number of curl-ups and number of push-ups, respectively, that Olga did that day.People also ask

What is a graph quadrant?

How many quadrants are in the Cartesian plane?

Which quadrant has positive and negative values?

Where are X and Y in a quadrant?

**Quadrant (graph**) 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) Cartesian Coordinates.- How Graph Quadrants Relate to Inverse Functions
- What Is An Inverse function?
- Example
- Solution
- Discussion
- Answer to Discussion Questions

In the video lesson, we learned about the four quadrants of the graph. The first quadrant has

**positive x**values**and positive y**values. The second quadrant has**negative x**values**and positive y**values. The third quadrant has**negative**x values**and negative**y values. The fourth quadrant has positive x values and negative y values. We learned in the les...Think of a function as a set of points (a,b). The inverse function can be thought of as the set of points (b,a). This means that if you have a point on the graph of your function, then to find a corresponding point on the graph of the inverse function you just flip-flop the coordinates. This is the same as reflecting the graph across the diagonal l...

Graph the points (4,5), (-2,4), (-3, -1), (7,-5). State what quadrants the points are in.Graph the line y = x on your graph. Use a dotted line.Graph the points of the inverse function corresponding to your original points. This can be done by reflecting across the line, y = x, or by simply interchanging the order of the coordinates of the...(4,5) is in

**quadrant**1 (labeled orange), (-2,4) is in**quadrant**2 (labeled red) , (-3, -1) is in**quadrant**3 (labeled blue) and (7,-5) is in**quadrant**4 (labeled green). (5,4) is in**quadrant**1 (labeled orange), (4,-2) is in**quadrant**4 (labeled red), (-1,-3) is in**quadrant**3 (labeled blue) and (-5,7) is in**quadrant**2 (labeled green).Why is it that points that were in

**quadrant**1 or 3 stayed in the same**quadrant**after reflecting? Why is it that points that were in**quadrant**2 or 4 moved to**quadrant**4 or 2 after reflecting?Since points in

**quadrant**1 are of the form (positive, positive) then, after reflecting, they are still in the form (positive, positive), this means they remain in**quadrant**1. Since points in**quadrant**3 are of the form (negative, negative) then, after reflecting, they are still in the form (negative, negative), this means they remain in**quadrant**3. ...The

**Quadrants**. In the cartesian system, the coordinate plane is divided into four equal parts by the intersection of the x-axis (the horizontal number line) and the y-axis (the vertical number line). These four regions are called**quadrants**because they each represent one-quarter of the whole coordinate plane. They are denoted by Roman numerals ...Jul 13, 2021 ·

**Quadrants**will pop up on**graphs**in algebra, geometry, and more, and we can help chart a course to success. A**quadrant**is the area contained by the x and y axes; thus, there are four**quadrants**in a**graph**. To explain, the two dimensional Cartesian plane is divided by the x and y axes into four**quadrants**. Starting in the top right corner is ...