What is four dimensional space and can you describe it 10

Generally speaking, the "four dimensions" that do not involve the theory of relativity refer to the dimension of space-time manifolds, which is not the same as the four dimensions in the geometric sense as generally understood. It is three-dimensional physical space plus time, but the difference is that the scale gauge of this space-time manifold is not positively determined.

Four-dimensional space is one more axis, and that is time.

Four-dimensional is curved space, and you can look at some of the information about Einstein's four-dimensional space (which I think).

Three-dimensional space is the arrangement of multiple two-dimensional spaces onto a single time axis. Then the four-dimensional space should be arranged on a number of three-dimensional spaces on a certain axis!

Three-dimensional space (x, y, z) + time (t) = four-dimensional space (x, y, z, t).

For example, if you make an appointment with a friend to meet at a certain place and a certain time, the location is already three-dimensional, and the dimension of time is probably what it means.

Space, where an object exists at different times at the same time

Four-dimensional space may have two timelines.

There is an extra dimension of time. A point is an event. Probably ...

Quite simply, think of it this way, there are countless universes, and how to determine your position.

Four-dimensional space? I only know about four-dimensional space-time.

Four-dimensional space-time, also known as Minkowski space, is three-dimensional space plus a temporal dimension. The temporal dimension and the spatial dimension are different types of dimensions. If the three-dimensional space has one more dimension to become a four-dimensional space, plus a time dimension, it becomes a five-dimensional space-time.

As for n-dimensional space-time, it is also understood in this way.

Dimensions explained:Dimensions, also known as dimensions, are the number of independent parameters in mathematics and the number of independent space-time coordinates in physics. Dimensions don't have to be positive integers.

In the 19th century, mathematicians discovered fractals and created a fractional dimension. In fractal geometry, the dimensions of many objects are not integers, but fractions.

The four-dimensional space has 4 spatial dimensions. In three-dimensional space, taking Cartesian space Cartesian coordinate system as an example, the position of a point needs three coordinates of xyz to describe. If placed in four-dimensional space coordinates, the position of a point needs four coordinates xyzw to describe.