For three-dimensional space, in general you need three components. You may need three components for forces, for positions, for velocities, etc.
Dimension refers to the minimum number of coordinates required to uniquely identify a point within a space. For example, a point in a one-dimensional space (like a line) requires one coordinate, while a point in two-dimensional space (like a plane) requires two coordinates (x and y). Similarly, three-dimensional space requires three coordinates (x, y, and z). Therefore, the dimension of a space directly corresponds to the number of coordinates needed for pinpointing a location within that space.
A coordinate dimension refers to the number of independent parameters or coordinates needed to specify a point in a given space. For example, in a two-dimensional space, two coordinates (such as x and y) are required to define a point, while in three-dimensional space, three coordinates (x, y, and z) are necessary. The concept is fundamental in mathematics and physics, as it helps describe the structure of various geometric and spatial forms.
(x,y,z)
The answer is -2
Three coordinates suffice to define a location in space. On a surface only two coordinates are required.
Presumably, the "three dimensional triangular plane" is actually a two dimensional plane which is "tilted" with respect to the axes. The point of intersection is simply the coordinates of the solution to the simultaneous equations for the line and the plane.
' -6 ' and ' 6 ' are not points. On a 2-dimensional (flat) graph, you need two coordinates to locate one point. (On a 3-dimensional (solid) graph, you need three coordinates to locate one point. And there's no such thing as a 1-dimensional graph.)
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).
The Cartesian coordinates of the vector represented by the keyword "r vector" are the x, y, and z components of the vector in a three-dimensional coordinate system.
Points with integer coordinates are often called lattice points. Lattices exist in all dimensions.When we talk about lattices points on the rectangular Cartesian coordinate system, this is a two dimensional lattice. Three dimensional lattice points are often used to study crystals.
You can locate a point by associating it to coordinates, either in a two dimension plan, x, y, or three dimensional, x, y, z.
three dimensional