If U= {a,e,i,o,u} and A={a,c,e} and B={g,o,d}, what is A^c - B^c?
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Q: Please Answer this in C++ only Omi gave Ish a 2-D A matrix size N * N and asked him to get a 1-D…
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A: The MatLab code for all of the parts is provided with an explanation in the next step.
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- The following formulas shows how to calculate the (1,2) element and the (3,3) element of AB if A is a 4x2 matrix, and B is a 2x3 matrix. AB is A*B in the formulas. (AB)12 =a1,br,2 = a1,1 b1,2 + a1,2b2,2 (AB)3,3 =a3,b,3 = a3,1b1,3 + a3,262,3 r=1 A numeric example for the matrix multiplication is like that: 1 x 3+0 x 2 +2 × 1 1×1+0x 1+2 x 0 ] [-1 × 3 +3 x 2+ 1 ×1 -1×1+3× 1+1 x 0] %3D 3 1 Be careful that the number of columns in first matrix is equal the number of rows in second matrix Write a C program that reads two matrices (A and B) dimensions and their elements and computes the product of those matrices (A * B). Input: First line shows the dimensions of first matrix. Then the matrix elements are provided. After reading first matrix elements, second matrix dimensions will be provided. Then elements of second matrix will be read. Output: First line shows the dimension of the product matrix. Then the elements are displayed. Sample Output: Sample Input: 23 102 -1 3 1 32 31 2 1 51 4 22. The function f is defined for non-negative integers a and b recursively as follows: f (а, b) 3D1 if a = 0 or b = 0 f (a - 1, b f (a f (а, а) 1) + 2a - 1 if a if a > b if a < b b b, b) + f (b, b) + f (b а, а) } Compute f (2, 3) by drawing a recursion tree showing all of the computation required and then use your tree to compute the answer.Hi, For the solution Can you take a screenshot showing that youare writing and running the code in Matlab/Octave. Just Option D
- Take in a set of matrices describing the start and endpoints of a set of links in local coordinates, along with the locations of the link start points, and return matrices of the link start and endpoints in world coordinates. Function → 1 function link_set= place_links (links_in_world, link_end_set_with_base) 2 % Use the locations of the ends of a set of links to place the 3 % start-and-end matrices for the links 4% 5 % Inputs: 6% 7% links_in_world: a 1xn cell array, each element of which is a matrix 8 % whose columns are the start-and-end points of a link in its rotated-but-not-translated frame. 9% 10 % 11 % 12 12 % % 13 % 13 A link_end_set_with_base: a 1x(n+1) cell array, each element of which is a vector containing the world location of the end of the corresponding link 14 % 14 A 15 % Output: 16 % 17 % 18 % 19 % 20 21 22 23 24 25 26 27 28 29 end link_set: a 1xn cell array, each element of which is a 2xn matrix whose columns are the start-and-end points of the link in its after the…4 Grabbing a slice from a matrix function [row] = myRowSlice (myMatrix, index) Type Description A matrix of numbers Index of the row to extract from the matrix Description Input myMatrix MxN double index 1x1 double Output row index Output col Type 1xN double The row at index function [col] = myColSlice (myMatrix, index) Input Type myMatrix MxN double 1x1 double Type Mx1 double Description A matrix of numbers Index of the column to extract from the matrix Description The column at index. Details To analyze data stored in a 2D array, for this problem you will need to be able to extract individual columns or rows. You will write two functions, one that will extract a given row from an MxN matrix and one that will extract a given column. Your output will be a one dimensional slice of the larger matrix. Tips You can assume that index is within the array bounds.help me in question 2
- find the CFG of the following:3Please Answer this in C++ only Omi gave Ish a 2-D A matrix size N * N and asked him to get a 1-D matrix B N size when A [i][j] represents AND of B[i] and B [j]. Omi is smart enough and knows that ANDAND makes sense of the number itself in that number so he fills in the main diagram of the matrix by -1. As there are many ways to make a B matrix, so you should get the smallest amount of B matrix material in every possible way. Input Output 10 5 -10111 0-1202 12-113 101-11 1231-1
- Let A = {1, 13, 100} and B = {7, 13}. Then: (d) What is the powerset of B? (e) What is { (f) What is { € A | Vy € B, x > y} € A ³y € B,x > y}Let A = {-1, 2, 2, 3, 12, 3} and let B = {-1,2,2 · 3, 3}. a) |AUB = b) |AnB| = c) |A – B| = d) B – A| =Problem 3 What is the time complexity of the following C language function, which assumes that matrix[][] is an nxn matrix. int addMatrix(int ** matrix, int n) { int sum = 0; int k; for (k = e 2; k< n; k=k*k) { sum = sum + k; %3D } for (int m = 1; m*m < k; m=m+1) { for (int r = 0; r< n; r = r+m) { sum += r; } } }
