m= magic(4)
disp(m)
s1 = m(1:half);
s2 = m(half + 1 : end);
x=zeros(s1);
C = s2.^2;
A=[x,c];
disp(A)
Given a matrix M (any matrix entries any size): Given matrix M, whit an even number...
Given a 2d matrix of size N x M (which must be read from a file provided to you), transpose it into a M x N matrix where N is the number of rows and M is the number of columns. void transpose(int n, int m, const int A[n][m], int AT[m][n]); Write a main() program to test and demonstrate your function. Show your function works for, at minimum, 3x6 and 10x6 matrices.
Theory: A vector with nonnegative entries is called a probability vector if the sum of its entries is 1. A square matrix is called right stochastic matrix if its rows are probability vectors; a square matrix is called a left stochastic matrix if its columns are probability vectors; and a square matrix is called a doubly stochastic matrix if both the rows and the columns are probability vectors. **Write a MATLAB function function [S1,S2,P]=stochastic(A) which accepts a square matrix A...
Let A be a matrix of size m xn. Show that AAT and AT A are both square matrices (equal number of rows and columns) (10 pts) If A is mXn then A is nXm so AA must have size mXm Similarly, A" A must be nxn
In C++
Design a class to perform various matrix operations. A matrix is a set of numbers arranged in rows and columns. Therefore, every element of a matrix has a row position and a column position. If A is a matrix of five rows and six columns, we say that the matrix A is of the size 5 X 6 and sometimes denote it as Asxc. Clearly, a convenient place to store a matrix is in a two-dimensional array. Two...
1. Write a MATLAB function that takes a matrix, a row number and
a scalar as
arguments and multiplies each element of the row of the matrix by
the scalar returning the
updated matrix.
2. Write a MATLAB function that takes a matrix, two row numbers and
a scalar as
arguments and returns a matrix with a linear combination of the
rows. For example, if the rows
passed to the function were i and j and the scalar was m,...
Given a matrix with m rows and n columns, m adjacent numbers are chosen from m rows, where two numbers are adjacent to each other if they are directly connected vertically or diagonally and only one number is taken from one row. Design a dynamic programming algorithm to find the smallest sum of these m numbers. For example, given a 3 by 3 matrix 1 2 3 4 5 6 7 0 2 The sum of three numbers 1, 4,...
Question A matrix of dimensions m × n (an m-by-n matrix) is an ordered collection of m × n elements. which are called eernents (or components). The elements of an (m × n)-dimensional matrix A are denoted as a,, where 1im and1 S, symbolically, written as, A-a(1,1) S (i.j) S(m, ). Written in the familiar notation: 01,1 am Gm,n A3×3matrix The horizontal and vertical lines of entries in a matrix are called rows and columns, respectively A matrix with the...
Write a function called ''minandmax'' . Function ''minandmax'' takes only one input argument that is a matrix M . This matrix M can be any size (any number of columns and rows) with any random integer values . Function ''minandmax'' returns two output arguments. The first output argument is called ''difference_row'' that returns a row vector containing the absolute values of the difference between the maximum and minimum valued elements in each row. The second output argument is called ''difference_all''...
Diagonal Difference HackerRank Pseudocode and C++: Given a square matrix, calculate the absolute difference between the sums of its diagonals. Function Description Complete the diagonalDifference function described below to calculate the absolute difference between diagonal sums. diagonalDifference( integer: a_size_rows, integer: a_size_cols, integer array: arr) Parameters: a_size_rows: number of rows in array a_size_cols: number of columns in array a: array of integers to process Returns: integer value that was calculated Constraints -100 < = elements of the matrix < = 100...
DESCRIPTION: You will be given a 2-D string array, called matrix. The array has an unknown number of cells filled with data. Your goal is to iterate through the 2-D array and keep a count of how many cells contain the string "Angela". INPUT: All input has been handled for you: A filled 2-D string array. PROCESSING: Determine the number of rows in the array matrix Determine the number of columns in the array matrix Use nested loops to iterate...