| 1 | Students can investigate the behavior of an quantum particle or system using creation and annihilation operators. |
| 2 | Students know that the systems of fermion, boson and properties of them. |
| 3 | They can investigate the behavior of a particle in three dimension. |
| 4 | The can investigate the behavior of an electron in Hydrogen atom (they can find eigenvalues and eigenfunctions of the electron). |
| 5 | They know that the concept of degeneracy and the degeneracies of each energy level in hydrogene atom. |
| 6 | They know that the concept of atomic orbital and the properties of them. |
| 7 | They can find that the average orbital radius of an electron and the point of maximum probability density in hydrogen atom. |
| 8 | They can find the values and directions of orbital angular momentum in hydrogen atom. |
| 9 | They can write wave functions for electrons in every quantum states and make some calculations. |
| 10 | They can find matrix representation of any operator and solve eigenvalue equations. |
| 11 | They can find total angular momentum for two particle systems. |
| 12 | They can write the full wave functions of quantum systems with two particles (depend on space coordinates and spin) . |