-1
A point zero dimensional can exist in a to dimensional plane because it occupies the zero point in both dimensions.
On the 2-dimensional coordinate plane it is a point that is on the y-axis, two units of length away from the origin.
In 2-dimensional space, a circle. In 3-dimensional space, a sphere.
An ordered pair or coordinates of a point in 2-dimensional space.
In a 2 dimensional plain they would have to be parallel in order to have no common point; in a 3 dimensional field they do not have to be parallel.
-1
A point zero dimensional can exist in a to dimensional plane because it occupies the zero point in both dimensions.
The answer is -2
On the 2-dimensional coordinate plane it is a point that is on the y-axis, two units of length away from the origin.
A circle
In 2-dimensional space, a circle. In 3-dimensional space, a sphere.
A 2-dimensional figure. A 2-dimensional figure. A 2-dimensional figure. A 2-dimensional figure.
3.2
An ordered pair or coordinates of a point in 2-dimensional space.
You do not have 3 coordinates in the Cartesian plane. The Cartesian plane is a plane and is therefore 2 dimensional. In 2 dimensional space you require only 2 coordinates. 3 coordinates are required to locate a point in 3-dimensional space but then it cannot be a Cartesian PLANE.
A vertex is a point and so does not have any sides. In 2-dimensional space, there must be at least 2 lines meeting at a vertex and in 3-dimensional space, there must be at least 3 planes.