What Quadrant would -5.5,0 be in?
I know it would either be 2 or 3.
What would the upper-left quadrant be designated?
Quadrant 2
I meant to put Mellis as name the first time and not the subject.
Also, does this look correct
b. Find the point symmetric to the given point about the x-axis.
-5.5,0
c. Find the point symmetric to the given point about the y-axis.
5.5,0
d. Find the point symmetric to the given point about the origin.
5.5,0
To determine the quadrant in which the point (-5.5, 0) lies, we need to understand the coordinate plane and its four quadrants.
The coordinate plane is a two-dimensional plane formed by the intersection of the x-axis (horizontal line) and the y-axis (vertical line). The x-axis divides the plane into two halves: the positive x-axis (to the right of the origin) and the negative x-axis (to the left of the origin). Similarly, the y-axis divides the plane into two halves: the positive y-axis (above the origin) and the negative y-axis (below the origin).
Now, let's look at the point (-5.5, 0). The x-coordinate is -5.5, indicating that the point lies to the left of the origin. Since we are only considering quadrants 2 and 3, the point cannot be in quadrant 1 or 4.
To determine if the point is in quadrant 2 or 3, we need to look at the y-coordinate. If the y-coordinate is positive, the point is in quadrant 2. If the y-coordinate is negative, the point is in quadrant 3.
In this case, the y-coordinate is 0, indicating that it is neither positive nor negative. Since the y-coordinate is not positive, the point (-5.5, 0) is in quadrant 3.
To summarize:
- The x-coordinate (-5.5) indicates that the point is to the left of the origin.
- The y-coordinate (0) indicates that it is neither above nor below the origin.
- Therefore, the point (-5.5, 0) is in quadrant 3 of the coordinate plane.