Selected Topics in Physics (01 - technical fields)
1st CLASSICAL MECHANICS
Newton's equation of motion.
Solid mechanics. Calculation of gravity and inertia. deformation
solids. Mechanical waves, wave equation.
2nd QUANTUM MECHANICS
The laws of thermal radiation. Particle nature of the solenoid. radiation photoeffect,
X-rays.
Wave properties of microparticles, Schrödinger equation. Bohr's model of the atom.
The quantum mechanical solution of the hydrogen atom, quantum numbers. Víceelektronové
atoms.
Ribbon model of solids, semiconductors.
3rd Thermodynamics
Laws of thermodynamics, internal energy, entropy thermodynamic system.
The spread of heat.
4th ELECTROMAGNETIC FIELDS
Scalar and vector description of the physical fields (gravitational field
and electrostatic).
The basic electromagnetic laws. field.
Maxwell's equations.
Solenoid. waves, the basics of optical display, wave phenomena.
5th Atomic nuclei
The composition of atomic nuclei, binding energy.
Radioactive decay of nuclei.
Conservation laws in nuclear reactions.
1st CLASSICAL MECHANICS
Newton's equation of motion.
Solid mechanics. Calculation of gravity and inertia. deformation
solids. Mechanical waves, wave equation.
2nd QUANTUM MECHANICS
The laws of thermal radiation. Particle nature of the solenoid. radiation photoeffect,
X-rays.
Wave properties of microparticles, Schrödinger equation. Bohr's model of the atom.
The quantum mechanical solution of the hydrogen atom, quantum numbers. Víceelektronové
atoms.
Ribbon model of solids, semiconductors.
3rd Thermodynamics
Laws of thermodynamics, internal energy, entropy thermodynamic system.
The spread of heat.
4th ELECTROMAGNETIC FIELDS
Scalar and vector description of the physical fields (gravitational field
and electrostatic).
The basic electromagnetic laws. field.
Maxwell's equations.
Solenoid. waves, the basics of optical display, wave phenomena.
5th Atomic nuclei
The composition of atomic nuclei, binding energy.
Radioactive decay of nuclei.
Conservation laws in nuclear reactions.