Chapter 1:  Physical Quantities and Math Tools  (Jan 17+19)

• Units and physical quantities
  
• Trigonometry, vectors and derivatives

 Chapter 2:  Motion along a Straight Line   (Jan 24+26)

• Displacement, average and instantaneous velocity and acceleration
• Motion at constant acceleration, free fall
  
• Velocity and position by integration 

  Chapter 3:  Motion in 2 Dimensions  (Jan 31 + Feb 02)

• Position, velocity and acceleration vectors  
• Projectile motion
• Motion in a circle
• Relative motion 

 Chapter 4:  Newton's Laws of Motion  (Feb 07+09) 

• Newton's 1. law
• Force, inertia and Newton's 2. law
• Mass and weight
• Newton's third law and free-body diagrams 

----     Midterm Exam-1 (Mon Feb 13, 7:30-9:30pm)     ---- 

 Chapter 5:  Applications of Newton's Laws  (Feb 14+16) 

• Force equilibrium
• Force dynamics
  
• Friction forces 
• Circular dynamics 
• Fundamental forces in Nature 

 Chapter 6:  Work and Kinetic Energy    (Feb 21+23)

• Work
• Work -- kinetic-energy theorem
• Work with variable forces
• Power   

Chapter 7:  Potential Energy and Energy Conservation    (Feb 28)

• Gravitational and elastic potential energy
• Non/-conservative forces
• Force and potential energy
• Energy diagrams

Chapter 8:  Momentum, Impulse and Collisions    (Mar 02+07+09)

• Momentum and Impulse
• Conservation of momentum
• Elastic and inelastic collisions
• Center of mass
   

----     Midterm Exam-2 (Mon Mar 20, 7:30-9:30pm)    ---- 

 Chapter 9:  Rotation of Rigid Bodies    (Mar 21+23)

• Angular Kinematics
• Rotational kinetic energy
• Moment of inertia
  

Chapter 10:  Rotational Dynamics    (Mar 28+30, Apr 04)

• Torque and angular acceleration
• Rotation about moving axis
• Rotational work and power
  
• Angular momentum and its conservation

Chapter 11:  Equilibrium    (Apr 06+11)

• Static equilibrium
• Center of gravity

  Review    (Apr 13)

----     Midterm Exam-3 (Mon Apr 17, 7:30-9:30pm)    ---- 

Chapter 13:  Gravitation    (Apr 18+20)

• Newton's law of gravitation
• Weight and gravitational potential energy
• Satellite and planet motion
  

Chapter 14:  Periodic Motion    (Apr 25+27)

• Oscillations
• Simple harmonic motion (SHM)
• Energy in SHM and applications
  
• Simple and Physical Pendulum

----     Final Exam (Fri Apr 28, 7:30-09:30pm)     ----