If the product dimension was 2cm4 you are dealing in hyper-volumes in 4-dimensional space. There is no way to convert mere 1-dimensional feet into 4-d measures!
Space can be divided into n different dimensions. Every dimension is orthogonal to rest all the dimensions. That is the dot product of x with y is zero (y not equal to x).
It is a measure of 2-dimension space that is contained within the boundaries of the shape.It is a measure of 2-dimension space that is contained within the boundaries of the shape.It is a measure of 2-dimension space that is contained within the boundaries of the shape.It is a measure of 2-dimension space that is contained within the boundaries of the shape.
sure, why not
A Betti number is a number associated to each topological space and dimension, giving an approximate number of holes of that dimension in that space.
No, a room is a 3-dimensional space. The height is also a dimension.
Any integer dimension that you like.
Any integer dimension that you like.
Length IS a dimension (in space). It has no thickness.
Space can be divided into n different dimensions. Every dimension is orthogonal to rest all the dimensions. That is the dot product of x with y is zero (y not equal to x).
It is a measure of 2-dimension space that is contained within the boundaries of the shape.It is a measure of 2-dimension space that is contained within the boundaries of the shape.It is a measure of 2-dimension space that is contained within the boundaries of the shape.It is a measure of 2-dimension space that is contained within the boundaries of the shape.
The Fourth dimension in Space is a real distance dimension r, completing the three vector displacement dimensions. Space is a quaternion with one real dimension and three vector dimensions, s= r + Ix + Jy + Kz, where I,J and K denote the vector dimensions. The real dimension r is related to time by r=ct where c is the speed of light. Einstein and Minkowski proposed in Relativity Theory a defective four dimension Space, where the fourth dimension is a vector Ict . This Space is essentially a two dimensional Space and does not exhibit the non-commuttive features of the quaternion Space.
Rational dimension refers to the dimension of a vector space over the field of rational numbers. It is the minimum number of linearly independent vectors needed to span the entire vector space. The rational dimension can differ from the ordinary dimension of a vector space if the vectors are over a field other than the rational numbers.
sure, why not
An "other dimension" is a dimension other than the three dimensions of space and one of time that we normally experience.
A Betti number is a number associated to each topological space and dimension, giving an approximate number of holes of that dimension in that space.
Einstein described gravity as a bend in space-time. Today, some physicists describe the fourth dimension as any space that's perpendicular to a cube.
No, a room is a 3-dimensional space. The height is also a dimension.