Kinematics is the part of physics that studies how objects move through space and time. On this page you will find more than 20 kinematics books in PDF that you can download for free.
Every title here is in the public domain and comes from universities and open sources. You will study displacement, velocity, acceleration, and the kinematic equations, with full textbooks and worked problems.
The collection covers everything from one dimensional motion to projectile motion, with worksheets and solved problems. Pick a book below and download it in seconds, no registration required.
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Foundations
Books on Kinematics
Start here with clear introductions to what kinematics is and how it works. These books cover the core ideas behind motion in space and time.
A complete introduction to one dimensional motion, covering displacement, velocity, acceleration and the kinematic equations. Clear explanations, worked examples and graphs make it ideal for building a solid foundation.
A comprehensive book on kinematics that builds from vectors and coordinate systems up to projectile, circular and relative motion. Hundreds of pages of explanations and applications make it a thorough self study resource.
An advanced essay on how kinematics and dynamics shape the structure of physical theory. Best suited to readers who want a conceptual look at the foundations of motion.
University lecture notes on the kinematics of translational and rotational motion. Defines the core quantities and equations with a clear, structured approach for students.
Begin with straight line motion, then move into two dimensional and projectile problems. These titles build your understanding of velocity, acceleration, and displacement step by step.
A focused chapter on motion along a straight line, working through position, displacement, velocity and acceleration. Includes worked examples and graphical analysis of motion.
An MIT chapter on one dimensional motion, defining position, velocity and acceleration and connecting them through calculus. Includes worked examples like the accelerating car and catching a bus.
A clear study guide on straight line motion that summarizes the essential concepts and equations, then reinforces them with solved examples on velocity and acceleration.
An MIT chapter on motion in two dimensions, introducing the vector description of motion and projectile trajectories with solved examples on flight time and maximum height.
Harvard lecture notes that extend kinematics into two and three dimensions, with a strong focus on projectile motion and vector analysis. Includes carefully explained example problems.
An in depth treatment of fluid flow kinematics, contrasting the Lagrangian and Eulerian descriptions and developing the equations of motion. Suited to advanced students of fluid mechanics.
Practice with worksheets and fully solved problem sets, including answer keys. You will find one dimensional, two dimensional, and AP Physics 1 practice problems.
A problem set on one dimensional kinematics with full worked solutions, drawn from a respected introductory mechanics collection. Ideal for practicing velocity, acceleration and free fall.
Two dimensional and projectile motion problems solved component by component, with diagrams and full reasoning for each answer. A practical guide to vector based problem solving.
Seven one dimensional motion problems worked out in full, with clear diagrams and attention to the signs of velocity and acceleration. A practical way to learn problem solving technique.
A set of projectile motion problems solved step by step, from field goal kicks to objects thrown from buildings. Each solution shows the full reasoning and the final answer.
A worksheet on reading and interpreting motion graphs, including position, velocity and acceleration versus time, with an answer key so you can check your work.
A large set of AP Physics 1 kinematics questions, both multiple choice and free response, with an answer key. Covers displacement, distance, velocity, acceleration and projectile motion.
AP Physics 1 kinematics practice questions with answers included, mixing quick concept checks with calculation problems on distance, displacement and acceleration.
A compact reference of the most important physics formulas, with kinematics covered first. Each formula comes with the meaning of its variables and a short explanation.
A well organized formula sheet spanning the main topics of introductory physics, with a dedicated kinematics section covering velocity, acceleration and the equations of motion.
These kinematics books give you everything you need to understand motion, from the first equation to fully worked problems. Pick the ones that fit your level and start studying today.
