Ballistic Trajectory

A ballistic trajectory refers to the path an object follows when it is launched into the air and is solely influenced by gravity and air resistance, after its initial propulsion. This typically describes the flight of projectiles, like missiles or bullets, which travel in a curved path. After reaching a peak height, the object will descend back to the ground, tracing an arc. Factors like launch angle, speed, and air resistance affect this trajectory, making it crucial for predicting where the object will land. Understanding ballistic trajectories is essential in fields like physics, engineering, and military applications.