In a fascinating study on ballistics, researchers have developed a model to predict the trajectory of a vertically thrown ball. The model simplifies the ball’s movement to one dimension, focusing solely on its vertical path. By ignoring air resistance, the only force considered is gravity, which exerts a constant pull on the ball. The gravitational acceleration used in the model is approximately 9.8 meters per second squared (m/s²), though this can vary slightly with location and altitude. This project not only visualizes the ball’s real-time position, velocity, and acceleration but also extends to predict its future path based on initial conditions. The simplicity of the model allows for clear insights into how gravity influences the ball’s trajectory, providing a practical example of physics in action.
Source: towardsdatascience.com
