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Preface
1/19/2025
Introduction to Kinematics
1/19/2025
Definition and Scope of Kinematics
1/19/2025
Position, Displacement, and Distance
1/19/2025
Time and its Measurement
1/19/2025
Scalars and Vectors in Kinematics
1/19/2025
Frames of Reference
1/19/2025
Mathematical Description of Motion
1/19/2025
One-Dimensional Motion
1/19/2025
Constant Velocity Motion
1/19/2025
Uniformly Accelerated Motion
1/19/2025
Equations of Motion
1/19/2025
Graphical Analysis of Motion
1/19/2025
Free Fall and Acceleration due to Gravity
1/19/2025
Applications and Examples in One-Dimensional Motion
1/19/2025
Two-Dimensional Motion
1/19/2025
Vector Representation of Motion
1/19/2025
Projectile Motion Components
1/19/2025
Range, Maximum Height, and Time of Flight
1/19/2025
Uniform Circular Motion
1/19/2025
Tangential and Radial Acceleration
1/19/2025
Applications and Examples in Two-Dimensional Motion
1/19/2025
Relative Motion
1/19/2025
Relative Velocity and Reference Frames
1/19/2025
Relative Acceleration
1/19/2025
Motion of Two Interacting Objects
1/19/2025
Riverboat Problems and Crossing Situations
1/19/2025
Frame of Reference Transformations
1/19/2025
Applications and Examples of Relative Motion
1/19/2025
Projectile Motion
1/19/2025
Understanding Projectile Motion
1/19/2025
Horizontal and Vertical Components
1/19/2025
Range, Time of Flight, and Maximum Height
1/19/2025
Projectiles Launched at an Angle
1/19/2025
Real-World Applications of Projectile Motion
1/19/2025
Circular Motion
1/19/2025
Centripetal Acceleration and Force
1/19/2025
Angular Velocity and Tangential Speed
1/19/2025
Non-Uniform Circular Motion
1/19/2025
Banked Curves and Conical Pendulums
1/19/2025
Applications and Examples in Circular Motion
1/19/2025
Motion in Non-Inertial Frames
1/19/2025
Centrifugal and Coriolis Forces
1/19/2025
Pseudo Forces in Accelerated Frames
1/19/2025
Motion Relative to Rotating Frames
1/19/2025
Foucault Pendulum and Rotating Reference Frames
1/19/2025
Practical Implications and Examples of Non-Inertial Frames
1/19/2025