Learning objectives
The student should obtain knowledge of the theoretical fundamentals and of the application of the modern general and inorganic chemistry
Prerequisites
Elemental knowledge of Mathematics and Physics
Course unit content
THE ATOMIC NATURE OF MATTER AND THE ATOMIC STRUCTURE
CHEMICAL BONDING
THE GASEOUS STATE
THE SOLID STATE
THE LIQUID STATE
STATES OF THE MATTER AND PHASE TRANSITION
SOLUTIONS
THERMODYNAMICS
CHEMICAL EQUILIBRIUM
ACID-BASE EQUILIBRIA AND DISSOLUTION AND PRECIPITATION EQUILIBRIA
ELECTROCHEMISTRY
CHEMICAL KINETICS
INORGANIC CHEMISTRY
STOICHIOMETRY
Full programme
THE ATOMIC NATURE OF MATTER AND THE ATOMIC STRUCTURE
CHEMICAL BONDING
THE GASEOUS STATE
THE SOLID STATE
THE LIQUID STATE
STATES OF THE MATTER AND PHASE TRANSITION
SOLUTIONS
THERMODYNAMICS
CHEMICAL EQUILIBRIUM
ACID-BASE EQUILIBRIA AND DISSOLUTION AND PRECIPITATION EQUILIBRIA
ELECTROCHEMISTRY
INORGANIC CHEMISTRY
STOICHIOMETRY
Bibliography
J.C.KOTZ, P.TREICHEL, G.WEAVER: "Chimica", IV edizione, 2010, EdiSES, Napoli.
P.ATKINS, L.JONES: "Principi di chimica", III edizione, 2012, Zanichelli, Bologna.
N. J. TRO: "Chimica un approccio molecolare", Edises, Napoli.
Petrucci et al.: "Chimica generale", Piccin, Padova.
Other information
Classroom tutoring; slides supplied in PDF.