University:
Harvard University
Course:
PHYSICS 19 | Introduction to Theoretical Physics
Academic year:

2023
Views:

99

Pages:

5
Author:

Kolten Khan

Motion in Two Dimensions 4.1 - Position, Velocity, Acceleration Vectors Average acceleration Instantaneous acceleration 4.2 - Two D Motion with Constant Acceleration Subsituting Subsituting 4.3 - Projectile Motion 2D motion independent motion in x and y directions. Acceleration ax=0, ay=-g Horizontal Range and Maximum Height 4.4 - Particle in Uniform Circular Motion 4.5 - Tangential and Radial Acceleration Acceleration vector changes from point to point. Two components: radial component a r along radius and tangential component at perpendicular to radius 4.6 - Relative Velocity and Acceleration Chapter 3 - Vectors 3.1 - Coordinate Systems 3.2 – Vector and Scalar Quantities 3.3 – Basic Vector Arithmetic 3.4 – Component of Vector and Unit Vectors Chapter 2 – Motion in One Dimension 2.1 – Position, Velocity and Speed 2.2 – Instantaneous Velocity & Speed 2.3 – Model: Particle under Constant Velocity 2.4 – Analysis Model Approach Problem Solving  Conceptualize  Caterogize  Analyze  Finalize 2.5 – Accelearation 2.6 – Motion Diagrams Particle under constant acceleration 2.7 – Analysis Model Particle under constant Acceleration For motion with zero acceleration 2.8 – Freely Falling Objects 2.9 – Kinematic Equations from Calculus Kinematic equations