Learning outcomes:
LO_1_ organize knowledge into conceptual units
LO_2_ formulate the problem based on the data and the set of conditions (stoichiometry)
LO_3_explain the physical and chemical changes in terms of scientific concepts and principles
LO_4_ explain the meaning of the chemical equation (qualitatively and quantitatively)
LO_5_ predict molecular structure and its properties
LO_6_explain at the particle s level dissolving processes, and properties of the solutions
LO_7_explain the influence of various factors on the chemical equilibrium
LO_8_predict pH of aqueous solutions of certain substances
OI_9_ explain the difference between galvanic and electrolytic cell
Course content:
1st - 8th week: The components of matter, physical and chemical properties of matter, states of matter and phase changes (macroscopic level), physical and chemical changes, the fundamental chemical laws and concepts, atomic theory and structure of atoms, types of chemical reactions, chemical equations, stoichiometry - different approaches
9th - 10th week: Gas laws, basic concepts of thermochemistry,
11th - 14th week Quantum theory and atomic structure, electron configuration and chemical periodicity
15th week Systematization of the basic concepts of the course
16th -22th week: Models of chemical bonding (ionic, covalent, metallic), the shapes of molecules (Lewis structures, VSEPR), theories of covalent bonding (valence bond, orbital hybridization, molecular orbital), electronegativity and bond polarity, intermolecular forces (hydrogen bond, states of mater- particle s level), the relation of structure and bonding to the physical and chemical properties of matter
23th -30th week: Properties of solutions, basic concepts of chemical kinetics and equilibrium, equilibrium in solutions of acids and bases, electrochemistry, systematization of basic concepts
|
Pristupačnost
