Projectile Motion: Equations and Examples

This lecture covers the equations for uniformly accelerated motion, focusing on vectorial equations and projectile motion examples. It explains how to calculate velocity, position, and trajectory in both horizontal and vertical directions, neglecting air resistance. The lecture also introduces the concepts of scalar and vector quantities, as well as the dot and cross products of vectors. Additionally, it discusses Newton's laws of motion, emphasizing the forces involved in projectile motion and the principles of inertia and action-reaction. The presentation concludes with a detailed explanation of gravitational forces and their application in real-world scenarios.