Examples of using Matrices in English and their translations into Vietnamese
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Colloquial
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Ecclesiastic
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Computer
financial mathematics, vectors, matrices and systems of linear equations.
This makes it difficult-but not impossible-to connect with those who live in other matrices, which are often built on different configurations of the available moral foundations.
Ø The entire large screen display system includes splicing screen, various matrices and image splicing processor, which can be controlled and managed through Foretell large screen control software.
This makes it difficult- but not impossible- to connect with those who live in different matrices, which are often built on different configurations of the available moral foundations.
The matrices behind simple atoms, such as hydrogen
Cauchy also introduced the idea of similar matrices(but not the term)
Despite the fact that Cayley only proved the Cayley-Hamilton theorem for 2× 2 and 3× 3 matrices, Frobenius generously attributed the result to Cayley despite the fact that Frobenius had been the first to prove the general theorem.
As a concrete example, here are two matrices, matrix 1100 times 0020, and if you multiply these two matrices, you get this result on the right.
For matrices with integer coefficients,
This makes it difficult-but not impossible-to connect with those who live in different matrices, which are often built on different configurations of the available moral foundations.
selecting optimal acquisition parameters for samples of various matrices, thicknesses and sizes.
as opposed to cell matrices.
The 1080-line formats are encoded with 1920× 1088 pixel luma matrices and 960× 540 chroma matrices, but the last 8 lines are discarded by the MPEG-2 decoding and display process.
continuous polyacrylamide gel electrophoresis(QPNC-PAGE) is a new method for separating native metalloproteins in complex biological matrices.
from tables and matrices to bar, column,
determinants of 2× 2, 3× 3, 4× 4 and 5× 5 matrices and applied them to solving equations but not systems of linear equations.
each time multiplying two(N/2) x(N/2) square matrices, and then computes the answer in(N2) time.
is called the rank of the matrix and is at most min(m, n).[1] A definition for matrices over a ring K{\displaystyle\mathbb{K}} is also possible.
to represent objects and to calculate transformations of objects using affine rotation matrices to accomplish tasks such as projecting a three-dimensional object onto a two-dimensional screen,
restoration of cultural heritage, the immobilization technics of dangerous wastes in inorganic polymeric matrices, the chemometric data sets elaboration, and the samples preparation and analysis for the speciation of particular pollutants and analytes in different environmental matrices.