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Matrix operations in C language typically involve performing arithmetic or other manipulations on multidimensional arrays representing matrices. Matrix Addition #include <stdio.h>   #define ROWS 3 #define COLS 3   // Function to add two matrices void addMatrices(int mat1[][COLS], int mat2[][COLS], int result[][COLS]) {     for (int i = 0; i < ROWS; i++) { […]

To find the second largest number in an array using C language, you can follow a simple approach that involves iterating through the array to find the maximum element and then finding the maximum again while ignoring the first maximum. Example: #include <stdio.h>   #define MAX_SIZE 100   // Function to find the second largest

Detecting duplicate elements in an array involves checking whether there are any elements that appear more than once within the array. Example: #include <stdio.h>   #define MAX_SIZE 100   // Function to check for duplicate elements in an array void findDuplicates(int array[], int size) {     // Iterate through the array     for

To find the minimum and maximum elements of an array in C language, you can iterate through the array once and keep track of the minimum and maximum elements encountered so far. Example: #include <stdio.h>   #define MAX_SIZE 100   // Function to find minimum and maximum elements of an array void findMinMax(int array[], int

Merging two arrays involves combining the elements of both arrays into a single array in a sorted order. Example: #include <stdio.h>   #define MAX_SIZE 100   // Function to merge two sorted arrays void mergeArrays(int arr1[], int size1, int arr2[], int size2, int mergedArr[]) {     int i = 0, j = 0, k

Sorting an array involves arranging its elements in a specific order, such as ascending or descending order. One of the most commonly used sorting algorithms is the bubble sort algorithm. Example: #include <stdio.h>   #define MAX_SIZE 100   void bubbleSort(int array[], int size) {     // Outer loop for passes     for (int

Searching in an array involves finding whether a given element exists in the array and, if it does, at which position it is located. There are various searching algorithms, but one of the simplest and most commonly used is linear search. Example: #include <stdio.h>   #define MAX_SIZE 100   int linearSearch(int array[], int size, int

Certainly! In the context of computer science and programming, “insertion” in an array typically refers to the operation of adding an element into an array at a specific position. In C language, arrays are a collection of elements of the same data type stored in contiguous memory locations. Example: #include <stdio.h>   #define MAX_SIZE 100

Traversing an array in C refers to the process of visiting each element of the array sequentially. This can be done using loops such as the for loop or the while loop. Here’s an example of how to traverse an array in C using a for loop: #include <stdio.h> int main() {     //