Metaloorganic frameworks are porous materials that are built from inorganic(metals) and organic units (ligands). They are different from other porous materials fortheir large surface areas and pores, low density, flexibility and dinamics. Synthesis andanalysis of four novel compounds with Zn(II) cation and organic, aromatic diacids asligands are described in the thesis. The prepared compounds were characterized by meansof FT-IR spectroscopy and thermogravimetric (TG) analysis. The obtained results indicatethat the porous material might be formed through described reactions and that theirmolecular and crystal structure could be similar to the structure of the well known MOF5compound. TG analysis indicates that zinc cation is bounde in different stochiometric ratiodepending on ligand used in a synthesis. Also, a thermal stability of the prepared complexcompounds increases as the number of atoms in the aliphatic chain becomes larger, i.e. asthe ligand was longer. In the teaching part of the thesis a lecture Zinc and his compoundsand biological functions of zinc has been prepared for high school students. Lesson wasdesigned as a combination of teacher's talk and students' group work with experiments.