0
20
What else can I help you with?
In which quadrant does the point (19 20) lie?
In the 1st quadrant
Does every point lie in a quadrant?
no
In which quadrant does the point 4 - 2 lie?
2
Does every point lie in a quadrant and why?
No because some points can lie in the y & x-axises. Also no because 0y and 0x don't lie in any quadrant because 0 is the origin.
What quadrant contains the point 4 5?
Quadrant I
In which quadrant does the point (19 20) lie?
In the 1st quadrant
Does every point lie in a quadrant?
no
What is quadrant does the point (-2-1) lie?
-1
Why not every point lies in quadrant?
Well, it could lie in Quadrant 1,2,3,4.
In which quadrant does the point 4 - 2 lie?
2
In which quadrant dose a point lie it it's x-And y- coordinates are negative?
In the southwest quadrant. South America is in the southwest quadrant.
In what quadrants would a point lie if its abscissa and ordinates are equal?
In Quadrant I a point would lie if its abscissa and ordinates are equal.
What quadrants would a point lie if its abscissa and ordinate are equal?
In Quadrant I a point would lie if its abscissa and ordinates are equal.
If a point in Quadrant 2 is reflected in the x-axis its image will lie in Quadrant what?
If a point in Quadrant 2 is reflected across the x-axis, its image will lie in Quadrant 3. This is because reflecting a point across the x-axis changes its y-coordinate to the opposite sign, while the x-coordinate remains the same. Therefore, a point with a negative y-coordinate in Quadrant 2 will have a negative y-coordinate in Quadrant 3.
Does every point lie in a quadrant and why?
No because some points can lie in the y & x-axises. Also no because 0y and 0x don't lie in any quadrant because 0 is the origin.
Where does a point with both the x- and y-coordinates positive lie?
It lies in quadrant I.
In what quadrants would a point lie if its abscissa and ordinate are numerically equal but of opposite signs?
The 2nd quadrant and 4th quadrant would be where a point would lie if it's abscissa and ordinate are numerically equal but of opposite signs.
