To simulate a load of .104 slug-feet squared, the weight and radius of the flywheel can vary, as a larger radius with a smaller weight can yield similar results to a smaller radius with a larger weight. The moment of inertia formula, which depends on the flywheel's geometry, is crucial for these calculations. Participants noted the complexity of using US units for such measurements. Understanding the relationship between weight, radius, and moment of inertia is essential for accurate simulation. Proper calculations will help achieve the desired load effectively.
