MECHANICS OF THE MATERIAL POINT

Abstract

This course material presents the fundamental principles of point mechanics, providing a solid introduction to the study of motion and forces acting on material points. It begins with the **basic concepts of kinematics**, describing the motion of a point in space through position, velocity, and acceleration. The text then develops the dynamics of point material, focusing on Newton’s laws of motion, the principle of inertia, and the relationship between force and acceleration. Further sections cover work and energy, momentum, and conservation principles, emphasizing the r applications to real physical systems. The document also includes illustrative examples, diagrams, and problem-solving exercises designed to help students understand the theoretical and practical aspects of point mechanics. Intended for undergraduate students in physics and engineering, this polycopié serves as both a theoretical reference and a practical learning guide, aligning with the academic standards of introductory mechanics courses in the sciences and technologies domain.