| 1 | Measurement, Scaler and Vectors,Analysis of Unit Vectors and Vectors, Coordinate Systems in Analytical Method | [1] p. 2-15 |
| 2 | Position vector and displacement, Velocity and speed, Acceleration, Constant acceleration, Free fall, Change acceleration, Numerical methods | [1] p. 24-62 |
| 3 | Velocity and acceleration, Constant acceleration: projectile motion, Uniform circular motion, Relative motion, Numerical methods: air resistance | [1] p. 75-95 |
| 4 | Force and mass, Newton's first law, Newton's second law, Newton's third law, Weight, gravity created by the Earth, Solving mechanical problems | [1] p. 110-120 |
| 5 | Normal force and friction force, Dynamics of uniform circular motion, Motion according to non-inert frames | [1] p. 121-130 |
| 6 | Circular motion and application of Newton's law to uniform circular motion | [1] p. 150-158 |
| 7 | Work done by constant force effect, Point multiplication, Work done by variable force, Work-energy theorem and kinetic energy, Power, Integral, Numerical methods | [1] p. 163-172 |
| 8 | Midterm Exam | |
| 9 | Non-conservative forces and internal energy, Energine's conservation forces, Satellite motion and escape velocity | [1] p. 210-235 |
| 10 | Mass center, Movement of center of mass, Momentum, Impulse, Collisions, Collisions in two and three dimensions | [1] p. 251-270 |
| 11 | Static balance of rigid bodies, Torque about an axis, Conditions for static equilibrium, Cross-product of torque and vectors | [1] p. 290-300 |
| 12 | Movement and rotation in a solid body, Angular measurement, Angular coordinate, velocity and acceleration | [1] p. 300-310 |
| 13 | The angular momentum of a particle, a solid cismin rotation dynamics around a fixed axis, | [1] p. 320-345 |
| 14 | Rotation work and power for a solid body. Universal gravitation law, Universal constant G, Gravitation, G's change on Earth's surface, Gravitational field, Orbits, Numerical methods, Exploration of gravitation law | [1] p. 420-444 |
| 15 | Rotation work and power for a solid body. Universal gravitation law, Universal constant G, Gravitation, G's change on Earth's surface, Gravitational field, Orbits, Numerical methods, Exploration of gravitation law | [1] p. 420-444 |
| 16 | Final Exam | |