Length, width and height.
In mathematics, there is no limit to the number of dimensions that you can have. ================================ Additional dimensions is a tricky topic to discuss. It is as twisted as quantum mechanics. But no we cannot guarantee the existence of extra dimensions.
At right angles - in two or more dimensions.
In the common use of the phrase "geometric solid", the answer is three. In advanced mathematics, dimensions greater than three are also studied. In many cases, the name of a plane (two-dimensional) figure has the ending "-gon" as in "hexagon", while the name of a solid figure (three dimensional) has the ending "-hedron" as in tetrahedron.
It has three dimensions.
An object that exists in three dimensions is called a solid.
Adrian Treffers has written: 'Three dimensions' -- subject(s): Mathematics, Study and teaching (Elementary), Wiskobas Project
In mathematics, there is no limit to the number of dimensions that you can have. ================================ Additional dimensions is a tricky topic to discuss. It is as twisted as quantum mechanics. But no we cannot guarantee the existence of extra dimensions.
Mathematics Illuminated - 2008 Other Dimensions 1-5 was released on: USA: 3 June 2008
At right angles - in two or more dimensions.
In the common use of the phrase "geometric solid", the answer is three. In advanced mathematics, dimensions greater than three are also studied. In many cases, the name of a plane (two-dimensional) figure has the ending "-gon" as in "hexagon", while the name of a solid figure (three dimensional) has the ending "-hedron" as in tetrahedron.
Not all linear functions have defined slope. In two dimension it is definet but in three dimensions it cant be defined; For that direction ratios are defined in mathematics.
The three laws of mathematics are: Distributive, Communitative and Associative.
It has three dimensions.
That depends upon the context of your question. Mathematically speaking you can have as many dimensions as you want, and work with them; so a 14-dimensional vector space is possible in mathematics and can be worked with. But mathematics is also used to model the world: Zero dimensions is a point One dimension is a line Two dimensions are a plane Three dimensions forming length, width and depth form the space we live in. Einstein extended the three dimensional space in Relativity by considering time as a fourth dimension creating a space-time model to explain things like gravity. More recently there have been attempts to unify the different theories about how gravity, quantum effects, nuclear forces, etc work. As a result the three dimensions has been expanded by String Theory to many more dimensions. For example Super string theory has 10 dimensions and Bosonic string theory has 26. Supergravity theory has an upper limit of (and preference for) 11 dimensions, whilst general gravity theory allows any number of dimensions (including 14).
The three dimensions to business problems are organization, technology, and people.
Chet Atkins in Three Dimensions was created in 1955.
An object that exists in three dimensions is called a solid.