Приклади вживання Matrix form Англійська мовою та їх переклад на Українською
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Colloquial
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Ecclesiastic
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Computer
And in matrix form.
The model(1) is written in matrix form.
In its matrix form.
We put these constraints into matrix form.
Or, in a matrix form.
In matrix form, the resistivity relation is given by.
Can be written in matrix form.
A matrix form of accounting analysis organization.
Can be written in matrix form.
The columns of the matrix form another orthonormal basis of V.
This can be written in matrix form.
This matrix forms the human life potential, its potential, the ability to adapt.
Equations in vector and matrix form.
I define a submatrix as a matrix formed by selecting certain rows and columns from a bigger matrix. .
Displaying an image given on matrix form.
In mathematics, a submatrix is a matrix formed by selecting certain rows and columns from a bigger matrix. .
That structure is sometimes referred to as a matrix form of organisation.
In a paper by Oliver Reiser(8) from the University of Pittsburgh,a relationship is developed between the four helium cores in an atomic nucleus and the matrix forms on the DNA and RNA.
Its rows are mutually orthogonal vectors with unit norm,so that the rows constitute an orthonormal basis of V. The columns of the matrix form another orthonormal basis of V. The inverse of an orthogonal transformation is another orthogonal transformation.
This assumption is also called the plane stress assumption. The remaining stress-strain relations for an orthotropic material, in matrix form, can be written as.
The remaining stress-strain relations, in matrix form, can be written as.
The remaining stress-strain relations for an orthotropic material, in matrix form, can be written as.
These matrices form a vector space.
It consists of a mixture of tiny metal particles which form the matrix.
The tensor's components, in a three-dimensional Cartesian coordinate system, form the matrix.
An orthogonal transformation of a symmetric(or Hermitian) matrix to tridiagonal form can be done with the Lanczos algorithm.
This can be used to gradually transform an m-by-n matrix A to upper triangular form.
The matrix mentioned above iscalled a Jordan form(or Jordan normal form) of the matrix. .