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Classical Mechanics

Master the principles of motion, forces, and energy for macroscopic objects. Apply Newton's laws, conservation principles, and Lagrangian mechanics to solve physical problems.

Classical Mechanics

Essential Physics and Math for Engineering Fundamentals

Foundations of Engineering Mechanics: Statics

Everyday Physics: How the World Around You Works

Fundamentals of Classical Mechanics: Motion, Forces, and Gravity

Mechanics of Materials: Pressure Vessels and Torsion

Foundations of Physics and Universal Laws

Engineering Dynamics: 2D Motion of Particles and Rigid Bodies

Fluid-Solid Interaction: Fundamentals and Predictive Modeling

Foundations of Mechanical Vibrations: Theory and Application

Foundations of University Physics: Mathematical Tools and Modeling

Physics of Motion: Foundations of Classical Mechanics

Physics Fundamentals: Dimension and Motion

Foundations of Waves and Vibrations

Physics Fundamentals: Kinematics, Forces, and Motion

Physics Foundations: Vectors, Work, and Energy Principles

Foundations of Newtonian Mechanics: Modeling the Physical World

Introduction to Physics: Rotational Motion and Gravitation

Introduction to Physics: Classical Mechanics and Problem Solving

Fundamentals of Rocket Science and Space Exploration

Fundamentals of Rocket Science and Orbital Dynamics

Physics Fundamentals: Energy and Momentum

Foundations of Newtonian Mechanics: Point Mass Dynamics

Physics Foundations for University Preparation

Lagrangian Mechanics for Physics and Engineering