Akademik Dersler - İçerik

Solve the problem of hydrogen atom central areas with classical and quantum mechanical approach.
Determine the energy expression in laboratory, the center of mass and relative coordinate system of the hydrogen atom with the classical approach.
Determine the energy expression in laboratory, the center of mass and relative coordinate system of the hydrogen atom with the quantum approach.
Make the solution of the Schrödinger equation of relative motion of the electron in the hydrogen atom in spherical coordinate system .
Identify and solve the spherical harmonics showing the angle dependence of the wave function .
Defines the radial dependence of the wave function of the hydrogen atom and the separation of variables method solves the Schrödinger equation.
Defines the concept of parity and parity operator.
The virial theorem explains.
Express Spin and the Pauli spin matrices
Solve the problem of central field of the hydrogen atom in quantum electrodynamics approach .
Explains the Zeeman effect.
Define the terms fine and hyper-fine structure and calculate with approach to quantum electrodynamics accounts.
Explains the Stark effect.
Determines the electric dipole selection rules.
Examines the interaction of the angular momentum of two particles, the particles determines the status of.
Determine free of particles and the relative representation.
Define the concept of molecules.
Define the binding energy in molecules.
Defines the types of molecular bonds.