| Question Number | Program | Link to Code |
|---|---|---|
| Q1 | Write a C program to check if a given number is Fibonacci number. | Link |
| Q2 | Write a C program to generate Pascal Triangle using array. | Link |
| Q3 | Write a C program to roll_no, name , percentange of 5 students using array of structure and display the records in ascending order of roll list | Link |
| Q4 | Write a C program to roll_no, name , percentange of 5 students using array of structure and display the records in descending order of percentange | Link |
| Q5 | Write a C program to find largest element in an array | Link |
| Q6 | Write a menu driven program to perform the following operations in an ARRAY 1.INSERT 2.DELETE 3.TRAVERSE 4.SEARCH |
Link |
| Q7 | Define a structure data type called time_struct containing 3 members int hour, int minute and int second. Write functions that accept the structure to perform the following operations: 1. Input new time 2. Display the time 3. Update the time such that the function accepts the time_struct and increments the time by one second.If the increment results in 60 seconds, the then second member is set to 0 and the minute is incremented by 1. Then, if the result is 60 minutes, the minute member is set to 0 and the hour member is incremented by 1. Finally when the hour becomes 24, it is set to zero. |
Link |
| Q8 | Write a function that compares two arrays and returns 1 if they are identical and 0 otherwise | Link |
| Q9 | Write a program in C to count the total number of duplicate elements in an array | Link |
| Q10 | Write a program in C to print all unique elements in an array | Link |
| Question Number | Program | Link to Code |
|---|---|---|
| Q1 | Array Implementaion of Stack | Link |
| Q2 | Array Implementation of Queue | Link |
| Q3 | Array Implementation of Circular Queue | Link |
| Q4 | Array Implementation of Double Ended queue | Link |
| Q5 | Program to implement insert, delete, display, search in linked list | Link |
| Q6 | Write a menu driven program to implement STACK ADT using linked list and perform the following operations 1. PUSH 2. POP 3. DISPLAY |
Link |
| Q7 | Write a menu driven program to implement QUEUE ADT using linked list and perform the following operation 1. ENQUEUE 2. DEQUEUE 3. DISPLAY |
Link |
| Q8 | Program for Expression Evaluation | Link |
| Q9 | Program to convert Infix to Postfix Expression | Link |
| Q10 | Linked List Implementation of Priority Queue | Link |
| Q11 | Program to implement Bubble or Selection | Link |
| Q12 | Program to implement Insertion Sort | Link |
| Q13 | Program to implement Merge Sort | Link |
| Q14 | Program to implement Quick Sort | Link |
| Q15 | Implementation of Binary Search | Link |
| Q16 | Implementation of Binary Tree | Link |
| Q17 | Write a program to implement traversal of a directed graph through BFS | Link |
| Q18 | Write a program to implement traversal of a directed graph through DFS | Link |
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