In this tutorial you will learn about the C Program to Perform Arithmetic Operations on Multi-Dimensional Arrays and its application with practical example.
C Program to Perform Arithmetic Operations on Multi-Dimensional Array
In this tutorial, we will learn to create a C program that will Perform Arithmetic Operations on a Multi-Dimensional Array using C programming.
Prerequisites
Before starting with this tutorial, we assume that you are the best aware of the following C programming topics:
- Operators in C Programming.
- Basic Input and Output function in C Programming.
- Basic C programming.
- For loop in C programming.
- Arithmetic operations in C Programming.
Perform Arithmetic Operations on a Multi-Dimensional Array.
In this program, First, we will first take the size in the format of rows and columns of the arrays from the user. Then we will take the elements of the array 1 and 2 from the user. After that, we will perform the arithmetic operations on the elements for the array. Then we will print the results of that array.
With the help of this program, we can be performing the arithmetic operations of the Arrays.
Algorithm:-
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STEP 1: START STEP 2: INITIALIZE array size and elements STEP 3: Performing the arithmetic operations on the array STEP 4: PRINT the array results. STEP 5: RETURN 0. STEP 6: END PROGRAM |
Program Code:-
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/* C Program to Perform Arithmetic Operations on Multi-Dimensional Array */ #include<stdio.h> int main() { //declaring the required variables for the program. int i, j, rows, columns, a[10][10], b[10][10]; int Addition[10][10], Subtraction[10][10], Multiplication[10][10], Module[10][10]; float Division[10][10]; //Taking the input size of the multi-dimensional array. printf("\nPlease Enter Number of rows and columns\n"); scanf("%d %d", &i, &j); //taking the elements of the first array. printf("\nPlease Enter the First Array Elements\n"); for(rows = 0; rows < i; rows++) { for(columns = 0;columns < j;columns++) { scanf("%d", &a[rows][columns]); } } //taking the elements of the second array. printf("\nPlease Enter the Second Array Elements\n"); for(rows = 0; rows < i; rows++) { for(columns = 0;columns < j;columns++) { scanf("%d", &b[rows][columns]); } } //performing the arithmetic operations on the multi-diemtional arrays for(rows = 0; rows < i; rows++) { for(columns = 0;columns < j;columns++) { Addition[rows][columns] = a[rows][columns] + b[rows][columns]; Subtraction[rows][columns] = a[rows][columns] - b[rows][columns]; Multiplication[rows][columns] = a[rows][columns] * b[rows][columns]; Division[rows][columns] = a[rows][columns] / b[rows][columns]; Module[rows][columns] = a[rows][columns] % b[rows][columns]; } } //Printing the results on the output screens. printf("\nAdd\t Sub\t Multi\t Div\t Mod"); for(rows = 0; rows < i; rows++) { for(columns = 0; columns < j; columns++) { //Printing the Addition of the matrix printf("\n%d \t ", Addition[rows][columns]); //Printing the Subtraction of the matrix printf("%d \t ", Subtraction[rows][columns]); //Printing the Multiplication of the matrix printf("%d \t ", Multiplication[rows][columns]); //Printing the Division of the matrix printf("%.2f \t ", Division[rows][columns]); //Printing the Module of the matrix printf("%d \t ", Module[rows][columns]); } } return 0; } |
Output:-
In the above program, we have first initialized the required variable.
- j = it will hold the integer value.
- i = it will hold the integer value.
- a[10] = it will hold the integer value.
- b[10] = it will hold the integer value.
Taking the size of the arrays and the elements.
Program Logic Code.
Printing output of the program.
