Distance is the magnitude of average velocity true or false. The statement "Distance is the magnitude of average velocity" is false because distance The statement "Distance is the magnitude of average velocity" is false because distance measures the total length of the path traveled, while average velocity involves Since distance is always greater than or equal to displacement, the ratio of average speed to magnitude of average velocity is always greater than or equal to 1. Yes, average speed depends on the total path (distance) taken, while average velocity depends only on displacement (shortest distance No, distance is not a magnitude of average velocity. Therefore, this Since displacement is always less than or equal to the distance traveled, the magnitude of average velocity cannot be greater than the average speed. Average velocity is not the same as the magnitude of distance traveled. Since distance and the magnitude of average velocity are defined differently and represent different physical quantities, the statement that "Distance is the magnitude of average velocity" is not correct. So the statement is false. Instead, average velocity is defined as the total Tardigrade Question Physics Assertion: Average speed is equal to the magnitude of average velocity. So, It is false. Reason: Displacement of body is less than or equal to distance. . Distance is a scalar quantity that measures the total path length traveled without regard to direction, while average velocity Average velocity = total displacement / total time. It is simple, average speed is total distance covered per time taken while magnitude of average velocity is the absolute value of total To determine whether the statement "Average speed is always equal to the magnitude of average velocity" is true or false, we can analyze the definitions of average speed and average velocity. False. zzy4nru ktbo yub sq6 dloq s7pbd7k htkhm gainge cdr 7i