Basic units and quantities of the International System of Units (SI), vectors and their usage in physics.
Kinematics of point-like objects, position vector, distance, velocity, acceleration, angular velocity and acceleration. Movements in Earth's gravitational field and along the circle.
Dynamics of point-like objects, linear momentum, Newton's motion laws. Illustration at examples of body at inclined plane with and without the friction. Inertial and drag forces.
Energy, work, conservation of mechanical energy and linear momentum.
Mathematics of infinitely low intervals, application of derivatives and integrals in physics.
System of particles. The center of mass. Superposition of forces and torques. Newton's second law in angular form.
The second Newton's law for rotational movements, rotational inertia and energy of rotational movement. Rolling and torque. Conservation of angular momentum. Summary of conservation laws.
Oscillations. Pendulums, simple harmonic and damped harmonic motions.
Kinematics of point-like objects, position vector, distance, velocity, acceleration, angular velocity and acceleration. Movements in Earth's gravitational field and along the circle.
Dynamics of point-like objects, linear momentum, Newton's motion laws. Illustration at examples of body at inclined plane with and without the friction. Inertial and drag forces.
Energy, work, conservation of mechanical energy and linear momentum.
Mathematics of infinitely low intervals, application of derivatives and integrals in physics.
System of particles. The center of mass. Superposition of forces and torques. Newton's second law in angular form.
The second Newton's law for rotational movements, rotational inertia and energy of rotational movement. Rolling and torque. Conservation of angular momentum. Summary of conservation laws.
Oscillations. Pendulums, simple harmonic and damped harmonic motions.