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The coordinate of a point in 1-Dimensional space will remain unchanged through such a reflection.
In 2-dimensional space, a circle. In 3-dimensional space, a sphere.
Quadrants are usually the four parts of a circle that are created by the two coordinate axes - in 2-dimensional space. Octants are their 3-dimensional counterparts: they are the eight shapes created by the three [orthogonal] coordinate planes.
3-d space.
There are only three coordinates. This indicates three points in 1-dimensional space (in which case there is no slope) or one point in 3-dimensional space (in which case there is no specific line).
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x y and z
x, y, and z
It is the difference between the coordinates of two points in 2-dimensional space, measured in the horizontal direction.
Coordinate Plane
The coordinate of a point in 1-Dimensional space will remain unchanged through such a reflection.
x, y and z axes.
Space is three dimensional, the three dimensions being length, width, and height. It is possible therefore to describe a motion in space in terms of a three dimensional coordinate system. However, motion also involves time, so you might want to consider a four dimensional system. That enables you to determine not only where something went, but also when, and how rapidly it went there.
The origin is located at the point whose coordinates are (0, 0) in 2-dimensional space or (0, 0, 0) in 3-dimensional space.
Space
In 2-dimensional space, a circle. In 3-dimensional space, a sphere.
A fixed location in space is a point in the three-dimensional coordinate system that remains constant and does not change its position relative to other points. It serves as a reference or anchor point for measuring distances and positions within a specific frame of reference.