This course provides a comprehensive exploration of two-dimensional motion and vector dynamics in physics. Starting with vector position and velocity in 2D, students understand how motion can be broken into horizontal and vertical components. The course explains projectile motion in depth, deriving the equations that govern the path of projectiles and demonstrating how to solve real-world projectile problems. Circular motion is introduced, including the concepts of centripetal acceleration and forces, highlighting the difference between linear and rotational motion. The course also delves into vector acceleration, explaining average, instantaneous, and centripetal accelerations, with examples to clarify their applications. Through detailed problem-solving sessions, learners develop the ability to calculate 2D motion parameters, predict projectile paths, and understand the forces acting on objects in circular motion. By the end, students can confidently analyze motion in two dimensions and apply vector principles to solve physics problems effectively.