IT Fundamentals: Comprehensive MARIE Programming Assignment Solution

This document presents a comprehensive solution to an IT Fundamentals assignment focusing on MARIE programming. The assignment includes several key components. Firstly, it addresses the conversion of a floating-point number represented in IEEE-754 single-precision format to its decimal equivalent, demonstrating the steps involved in the conversion process. Secondly, the solution provides detailed conversions of numbers between different bases, including hexadecimal to base-3, decimal to binary, decimal to octal, and octal to decimal. Thirdly, the assignment requires the creation of a MARIE assembly language program that determines whether a user-inputted integer is a prime number, outputting 1 if it is and 0 otherwise. The program's logic and steps are explained. Finally, the assignment explores memory organization concepts, specifically low-order and high-order interleaving techniques, explaining their principles and providing examples to illustrate how memory addresses are distributed across memory modules to enhance system performance.