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(GR) General Review (SOLUTIONS)

• GR.L1.2 | Lecture 1: Review

(VO) Vector Operations (SOLUTIONS)

• VO.L1.2 | Lecture 1: Vectors

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(AQ) Average Quantities

• AQ.L1.2 | Lecture 1: Position and Displacement
• AQ.L2.2 | Lecture 2: Average Velocity and Acceleration

(GA) Graphical Analysis

• GA.L1.2 | Lecture 1: Position and Displacement

(K1) 1D Kinematics

• K1.L1.2 | Lecture 1: 1-D Kinematics Equations
• K1.L2.2 | Lecture 2: 1-D Kinematics Problem Solving

(K2) 2D Kinematics

• K2.L1.2 | Lecture 1: 2-D Kinematics
• K2.L2.2 | Lecture 2: Projectile Motion

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(N1) Newton's Laws 1

• N1.L1.2 | Lecture 1: Forces Intro
• N1.L2.2 | Lecture 2: Free Body Diagrams and Newton's 2nd Law
• N1.L3.2 | Lecture 3: Application of Newton's 2nd Law

(N2) Newton's Laws 2

• N2.L1.2 | Lecture 1: Friction
• N2.L2.2 | Lecture 2: Inclined Planes

(N3) Newton's Laws 3

• N3.L1.2 | Lecture 1: Coupled Systems and Pulleys
• N3.L1.2 | Lecture 2: Forces and Uniform Circular Motion (UCM)

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(IM) Impulse and Momentum

• IM.L1.2 | Lecture 1: Impulse and Momentum

(CM) Conservation of Momentum

• CM.L1.2 | Lecture 1: 1-D Conservation of Momentum
• CM.L2.2 | Lecture 2: 2-D Conservation of Momentum

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(WE) Work-Energy Theorem

• WE.L1.2 | Lecture 1: Work and Kinetic Energy

(CE) Conservation of Energy

• CE.L1.2 | Lecture 1: Potential Energy and Conservation of Energy
• CE.L2.2 | Lecture 2: Conservation of Energy Application
• CE.L3.2 | Lecture 3: Systems and Energy, Collisions