Write a program that reads two matrices of integers. It then generates the sum, difference and product of the two matrices. The sum of the two matrices of the same size is a matrix with elements that are the sums of the corresponding elements of the two given matrices. Addition is not defined for matrices of different sizes. If A and B are matrices of the same size, then we define subtraction as follows: A - B = A + (-B). Thus, to subtract matrix B from matrix A, we simply subtract corresponding elements. To multiply a matrix by another matrix we need to do the "dot product" of rows and columns. The "Dot Product" is where we multiply matching members, then sum up: (1, 2, 3) • (7, 9, 11) = 1x7 + 2x9 + 3x11 = 58 We match the 1st members (1 and 7), multiply them, likewise for the 2nd members (2 and 9) and the 3rd members (3 and 11), and finally sum them up. Use the following definitions: #define ROW 6 #define COL 6 void add(int matrixResult[][COL],int matrixA[][COL], int matrixB[][COL],int row,int col); sum of matrixA and matrixB is assigned to matrixResult void subtract(int matrixResult[][COL],int matrixAI[COL],int matrixB[][COL],int row,int col); difference of matrixA and matrixB is assigned to matrixResult void multiply(int matrixResult[][COL),int matrixAD[COL], int matrixBO[COL],int row,int col); product of matrixA and matrixB is assigned to matrixResult Note: You may initialize the two matrices during declaration. Make sure to test the functions inside main(). Project name: Matrix Filenames: matrix.h, matrix.c, main.c
Write a program that reads two matrices of integers. It then generates the sum, difference and product of the two matrices. The sum of the two matrices of the same size is a matrix with elements that are the sums of the corresponding elements of the two given matrices. Addition is not defined for matrices of different sizes. If A and B are matrices of the same size, then we define subtraction as follows: A - B = A + (-B). Thus, to subtract matrix B from matrix A, we simply subtract corresponding elements. To multiply a matrix by another matrix we need to do the "dot product" of rows and columns. The "Dot Product" is where we multiply matching members, then sum up: (1, 2, 3) • (7, 9, 11) = 1x7 + 2x9 + 3x11 = 58 We match the 1st members (1 and 7), multiply them, likewise for the 2nd members (2 and 9) and the 3rd members (3 and 11), and finally sum them up. Use the following definitions: #define ROW 6 #define COL 6 void add(int matrixResult[][COL],int matrixA[][COL], int matrixB[][COL],int row,int col); sum of matrixA and matrixB is assigned to matrixResult void subtract(int matrixResult[][COL],int matrixAI[COL],int matrixB[][COL],int row,int col); difference of matrixA and matrixB is assigned to matrixResult void multiply(int matrixResult[][COL),int matrixAD[COL], int matrixBO[COL],int row,int col); product of matrixA and matrixB is assigned to matrixResult Note: You may initialize the two matrices during declaration. Make sure to test the functions inside main(). Project name: Matrix Filenames: matrix.h, matrix.c, main.c
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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In C
![Write a program that reads two matrices of integers. It then generates the sum, difference and product of the two matrices.
The sum of the two matrices of the same size is a matrix with elements that are the sums of the corresponding elements of the two given matrices. Addition is not defined for matrices of
different sizes.
If A and B are matrices of the same size, then we define subtraction as follows: A - B = A + (-B). Thus, to subtract matrix B from matrix A, we simply subtract corresponding elements.
To multiply a matrix by another matrix we need to do the "dot product" of rows and columns. The "Dot Product" is where we multiply matching members, then sum up:
(1, 2, 3) • (7, 9, 11) = 1x7 + 2x9 + 3x11 = 58
We match the 1st members (1 and 7), multiply them, likewise for the 2nd members (2 and 9) and the 3rd members (3 and 11), and finally sum them up.
Use the following definitions:
#define ROW 6
#define COL 6
void add(int matrixResult][COL].int matrixA[I[COL]int matrixBICOL],int row,int col);
sum of matrixA and matrixB is assigned to matrixResult
void subtract(int matrixResult[][COL].int matrixAI[COLJ,int matrixB[][COL],int row,int col);
difference of matrixA and matrixB is assigned to matrixResult
void multiply(int matrixResult][COL],int matrixAI[COL],int matrixBI[COL],int row,int col);
product of matrixA and matrixB is assigned to matrixResult
Note: You may initialize the two matrices during declaration. Make sure to test the functions inside main().
Project name: Matrix
Filenames: matrix.h, matrix.c, main.c](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa3f50007-0cc1-421d-a415-ef19682509fd%2F320ebbe4-2c72-493c-9bbd-dd39410527f6%2F0n74v2o_processed.png&w=3840&q=75)
Transcribed Image Text:Write a program that reads two matrices of integers. It then generates the sum, difference and product of the two matrices.
The sum of the two matrices of the same size is a matrix with elements that are the sums of the corresponding elements of the two given matrices. Addition is not defined for matrices of
different sizes.
If A and B are matrices of the same size, then we define subtraction as follows: A - B = A + (-B). Thus, to subtract matrix B from matrix A, we simply subtract corresponding elements.
To multiply a matrix by another matrix we need to do the "dot product" of rows and columns. The "Dot Product" is where we multiply matching members, then sum up:
(1, 2, 3) • (7, 9, 11) = 1x7 + 2x9 + 3x11 = 58
We match the 1st members (1 and 7), multiply them, likewise for the 2nd members (2 and 9) and the 3rd members (3 and 11), and finally sum them up.
Use the following definitions:
#define ROW 6
#define COL 6
void add(int matrixResult][COL].int matrixA[I[COL]int matrixBICOL],int row,int col);
sum of matrixA and matrixB is assigned to matrixResult
void subtract(int matrixResult[][COL].int matrixAI[COLJ,int matrixB[][COL],int row,int col);
difference of matrixA and matrixB is assigned to matrixResult
void multiply(int matrixResult][COL],int matrixAI[COL],int matrixBI[COL],int row,int col);
product of matrixA and matrixB is assigned to matrixResult
Note: You may initialize the two matrices during declaration. Make sure to test the functions inside main().
Project name: Matrix
Filenames: matrix.h, matrix.c, main.c
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