Understanding the classification of optimization problems based on their size and computational requirements.
Problems with 5 or fewer variables that can be solved using hand calculations or small computers.
Problems with 5 to 1000 variables that require numerical methods and standard optimization software.
Problems with more than 1000 variables that need specialized algorithms and high-performance computing.
Understanding how problem size affects computation time and resource requirements.
Different approaches for solving problems of various sizes and complexities.
How to structure and formulate problems based on their size and requirements.
Optimize a portfolio of 3 stocks with 2 risk constraints
Find the next number in the sequence: 2, 6, 12, 20, 30, ?