| Lecture 1 | Sep. 9 | Introduction. Units, measurements, uncertainties, dimensions. | Ch. 1 |
| Lecture 2 | Sep. 10 | Motion in 1D: Displacement, average and instantaneous velocity, acceleration. Graphical analysis. | Ch. 2 |
| Lecture 3 | Sep. 11 | Free fall. Vectors: Addition, subtraction, decomposition. | Ch. 2,3 |
| Lecture 4 | Sep. 14 | Vectors: Components, scalar and vector products. Decomposition of motion into horizontal and vertical components. | Ch. 3 |
| Lecture 5 | Sep. 16 | Motion in 2D. Projectile motion. | Ch. 4 |
| Lecture 6 | Sep. 17 | Motion in 2D. Projectile motion. Velocity and acceleration vectors. | Ch. 4 |
| Lecture 7 | Sep. 18 | Circular motion. Centripetal acceleration. Perceived gravity. | Ch. 4 |
| Lecture 8 | Sep. 21 | Angular variables. Problem solving. | Ch. 4 |
| Lecture 9 | Sep. 23 | Newton's laws. Forces. Inertia. | Ch. 5 |
| Lecture 10 | Sep. 24 | Newton's 2-nd law. Weight. Weightlessness. Inertia. | Ch. 5 |
| Lecture 11 | Sep. 25 | Decomposition of forces into components. | Ch. 5 |
| Lecture 12 | Sep. 28 | Forces. Problem solving. | Ch. 5 |
| Lecture 13 | Sep. 30 | Friction. | Ch. 6 |
| Lecture 14 | Oct. 1 | Friction. Centripetal force. | Ch. 6 |
| Lecture 15 | Oct. 2 | Newton's laws. Centripetal force. Orbital flight. | Ch. 6 |
| Lecture 16 | Oct. 5 | Energy. Work. Conservation of energy. Conservative forces. | Ch. 7,8 |
| Lecture 17 | Oct. 7 | Conservation of energy. Zero of potential energy. Power. | Ch. 7,8 |
| Lecture 18 | Oct. 8 | Hooke's law. Energy of spring. Potential energy curve. | Ch. 7,8 |
| Lecture 19 | Oct. 9 | Work of gravity force. Pendulum. Force and potential energy. | Ch. 7,8 |
| Lecture 20 | Oct. 12 | Work and energy. Problem solving. | Ch. 7,8 |
| Lecture 21 | Oct. 14 | Work and energy. Problem solving. Simple harmonic motion. | Ch. 7,8 |
| Lecture 22 | Oct. 15 | Various types of energy. Energy transformations and usage. | Ch. 7,8 |
| Lecture 23 | Oct. 16 | Review session. | |
| Oct. 19 | Midterm 1 | ||
| Lecture 24 | Oct. 21 | Momentum. | Ch. 9 |
| Lecture 25 | Oct. 22 | Conservation of momentum. Center of mass. | Ch. 9 |
| Lecture 26 | Oct. 23 | Momentum. Elastic and inelastic collisions. Impulse. | Ch. 9 |
| Lecture 27 | Oct. 26 | Momentum. Collisions in 2D. Rockets. Problems. | Ch. 9 |
| Lecture 28 | Oct. 28 | Rotation. Moment of inertia. Kinetic energy of rotation. | Ch. 10 |
| Lecture 29 | Oct. 29 | Rotation. Vectors of angular variables. Torque. | Ch. 10 |
| Lecture 30 | Oct. 30 | Rolling. Linear-to-angular conversion. Kinetic energy. Newton's law. | Ch.10,11 |
| Lecture 31 | Nov. 2 | Rotation problems. Moment of inertia. Yo-yo. | Ch.10,11 |
| Lecture 32 | Nov. 4 | Angular momentum. Conservation of angular momentum. Pulsar. | Ch.11 |
| Lecture 33 | Nov. 5 | Gyroscope. Angular momentum and torque. | Ch.11 |
| Lecture 34 | Nov. 6 | Rotation and angular momentum problems. | Ch.11 |
| Lecture 35 | Nov. 9 | Rotation problems. Equilibrium. Pendulum oscillations. | |
| Lecture 36 | Nov. 11 | Gravitation. Newton's law. Potential energy. Escape speeds. | Ch.13 |
| Lecture 37 | Nov. 12 | Gravitation. Kepler's laws. | Ch.13 |
| Lecture 38 | Nov. 13 | Review session. | |
| Nov. 16 | Midterm 2 | ||
| Lecture 39 | Nov. 18 | Fluids. Pressure. Pascal's principle. | Ch.14 |
| Lecture 40 | Nov. 19 | Pressure. Atmospheric and water pressure. Archimedes' law. | Ch.14 |
| Lecture 41 | Nov. 20 | Archimedes' law. Buoyancy. Bernoulli's equation. | Ch.14 |
| Lecture 42 | Nov. 23 | Fluids. Problems. | Ch.14 |