This project involved implementing a Queue data structure in C++ as part of a university assignment. The Queue follows the FIFO (First-In-First-Out) principle.
This program calculates the maximum loan amount a user can afford based on their monthly expenses and income. By taking various inputs, such as annual salary and monthly expenses, it determines the leftover income and calculates a realistic loan amount using financial formulas
This program implements conditional statements and loops to approximate mathematical functions using Taylor Series expansion
This project simulates an ATM interface in C, allowing users to perform basic banking transactions such as depositing money, withdrawing funds, and checking their account balance.
This project demonstrates the implementation of a singly linked list in C, designed to store integer data. By leveraging dynamic memory allocation and modular programming, the linked list provides an efficient way to manage data with flexibility for insertion, deletion, and traversal operations.
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