DSU 313301 Practical No.15: Write a C Program to add Two Polynomials using a Linked List
Polynomial is a fundamental operation in mathematics and computer science, widely used in various applications such as signal processing, computer graphics, and scientific simulations. When dealing with polynomials, it is essential to have an efficient and flexible data structure to represent and perform operations on them. Linked lists provide an elegant solution for efficiently handling polynomials due to their dynamic memory allocation and straightforward implementation.
C Program
Algorithm
Flow chart
Use the below instructions and draw your own flowchart.
Output of code
First Polynomial: 3x^2 + 5x^1 + 6x^0
Second Polynomial: 6x^1 + 8x^0
Resultant Polynomial: 3x^2 + 11x^1 + 14x^0
Practical Related Questions
1. Write a C program to Create two polynomial P(x) = 3x4 + 2x3 - 4 x2 + 7 and Q (x) = 5x3 + 4 x2 - 5
Answer:
2. Write a C program to display addition of two created polynomial.
Answer:
Exercise
1. Give applications of Polynomial Addition using Linked List in C.
Answer:
2. List advantages of Polynomial Addition using Linked List in C
Answer:
- Unlike arrays, linked lists can handle polynomials of any degree.
- Linked Lists can efficiently handle the storage and retrieval of polynomial coefficients and degrees.
- If we use Linked List, we can also perform Polynomial Addition recursively.
Conclusion
We successfully completed DSU 313301 Practical No.15 in which we Write a C Program to add Two Polynomials using a Linked List.