Title circular motion lad The purpose of this lab is to investigate the relationship between the radius or diameter of a circular object and the linear distance it travels in one complete revolution. The goal is to validate theoretical expectations through experimental data collection and analysis plot graphs, determine slopes, and compare the results to theoretical expectations. Theory:In circular motion, the distance an object travels is connected to the size of its circular path. Specifically, the linear distance traveled by a wheel or circle for each rotation is directly related to its radius or diameter. For a given number of rotations, the linear is expected to be directly proportional to the radius or diameter of the circle. When a wheel makes one complete revolution, it travels a distance equal to the circle's circumference. The circumference of a circle with radius is given by ( 2\pi r ). Similarly, if you know the diameter the circumference is ( \pi d ). This means that a larger circle (with a bigger radius or diameter) will cover more distance with each rotationSo, the linear distance traveled by a wheel or circle in circular motion is directly proportional to its radius or diameter. This