UNIT	SKILLS	TYPE OF ASSESSMENT USED	
VECTORS	•	Definition
•	Vector Addition
•	Scalar Multiplication
•	Vector Subtraction
•	Standard Basis Vectors
•	Vector Operations using Components
•	Magnitude
•	Direction (inclination and sense)
•	Dot Product
•	Vector Product	Multiple choice, open answer application	
KINEMATICS	•	Displacement
•	Speed and Velocity
•	Acceleration
•	Uniformly-Accelerated Motion
•	BIG FIVE Equations for Kinematics
•	Kinematics with Graphs
•	Free Fall
•	Projectile Motion
•	Kinematics with Calculus	Multiple choice, open answer application

LAB 1:  Free Fall Motion	
NEWTON'S LAWS	•	First, Second and Third Laws
•	Weight
•	Normal Force
•	Friction
•	Pulleys
•	Inclined Plane
•	Uniform Circular Motion	Multiple choice, open answer application

LAB 2:  Laws of Static Equilibrium

LAB 3:  Friction on an Inclined Plane	

UNIT	SKILLS	TYPE OF ASSESSMENT USED	
WORK, ENERGY AND POWER	•	Work
•	Work done by a variable force
•	Kinetic Energy
•	Work-Energy Theorem
•	Potential Energy
•	Conservation of Mechanical Energy
•	Potential Energy Curves
•	Power	Multiple choice, open answer application

LAB 4:  Conversion of Potential Energy
               Into Kinetic Energy    	
LINEAR MOMENTUM	•	Impulse
•	Conservation of Linear Momentum
•	Collisions
•	Center of Mass	Multiple choice, open answer application

LAB 5:  Elastic and Inelastic Collisions
              on an Air Track 	
ROTATIONAL MOTION	•	Rotational Kinematics
•	BIG FIVE Equations for Rotational Motion
•	Rotational Dynamics
•	Torque
•	Rotational Inertia
•	Kinetic Energy of Rotation
•	Work and Power
•	Angular Momentum
•	Conservation of Angular Momentum
•	Equilibrium	Multiple choice, open answer application	

UNIT	SKILLS	TYPE OF ASSESSMENT USED	
NEWTON'S LAW OF GRAVITATION	•	Kepler's Laws
•	Newton's Law of Gravitation
•	The Gravitational Attraction Due to an Extended body
•	Gravitational Potential Energy
•	Proof of Equation
•	Elliptical Orbits
•	Orbits of the Planets	Multiple choice, open answer application	
OSCILLATIONS	•	Simple Harmonic Motion (SHM): The Spring-Block Oscillator SHM in Terms of Energy
•	The Kinematics of SHM
•	The Spring-Block Oscillator: Vertical Motion
•	The Sinusoidal Description of SHM
•	Instantaneous Velocity and Acceleration
•	Pendulums	Multiple choice, open answer application

LAB 6:  Simple Harmonic Motion