Примери за използване на Square matrix на Английски и техните преводи на Български
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We are given a square matrix of n x n cells.
A square matrix is said to be Symmetric if it is equal to its transpose.
Eig(A)- returns as a result a vector with the own numbers of the square matrix[A].
Where Λ is a square matrix which can depend on parameters.
Writing the coordinates in column vectors andthe Minkowski metric η as a square matrix.
Prove that any square matrix has at least a pseudo-inverse.
In which case ημν above is the entry in row μ andcolumn ν of the Minkowski metric as a square matrix.
The determinant of a square matrix is the same as the determinant of its transpose.
If the number of rows is equal to the number of columns in a matrix then the matrix is called square matrix. .
A square matrix whose transpose is equal to itself is called a symmetric matrix. .
The own numbers lI andthe own vectors[xi] of the square matrix[A] are determined by the following equation.
The square matrix of black and white dots contains information that you can retrieve.
Write a program that reads a positive integer N from the standard input andprints the first N2 prime numbers as a square matrix of size N x N.
Identity matrix: a square matrix with ones along the diagonal and zeros everywhere else.
We must try the normal case and the border cases, when there is no exit, when we step on an exit,when the input file doesn't exist or the square matrix is with size of 0.
The running time of square matrix multiplication, if carried out naïvely, is O(n3).
If A is a square matrix, then its eigenvalues are equal to the eigenvalues of its transpose, since they share the same characteristic polynomial.
With a given number N(input from the keyboard)generate and print a square matrix containing the numbers from 0 to N2-1, located as a spiral beginning from the center of the matrix and moving clockwise starting downwards(look at the examples).
Write a program that reads a square matrix of integers from a file and finds the sub-matrix with size 2× 2 that has the maximal sum and writes this sum to a separate text file.
The identity matrix is a square matrix with 1s on the main diagonal and zeros everywhere else.
The rows and the columns of the square matrices are numbered with indices from 0 to n-1.
Square matrices can be multiplied by themselves repeatedly in the same way as ordinary numbers, because they always have the same number of rows and columns.
M, creates a magic square M for odd values of n(MATLAB function meshgrid is used here to generate square matrices I and J containing 1:n).
More operations on square matrices can be defined using the matrix product, such as powers and nth roots by repeated matrix products, the matrix exponential can be defined by a power series, the matrix logarithm is the inverse of matrix exponentiation, and so on.
We discuss a program that multiplies two square matrices.
Multiplying square matrices which represent linear transformations corresponds to the composite transformation(see below for details).
The cells of the catalyst matrix are square.
Write a program, which prints a square spiral matrix beginning from the number 1 in the upper right corner and moving clockwise.
For example, the 2× 2 identity matrix has an infinity of square roots,[20] though only one of them is positive definite.
In this paper Penrose defined a generalized inverse X of a complex rectangular(or possibly square and singular) matrix A to be the unique solution to the equations AXA= A, XAX= X,(AX)T= AX,(XA)T= XA.