20410066 - CHIMICA E LABORATORIO

Learning the fundamentals of chemistry, aimed at understanding the chemical aspects of the following courses. Numerical exercises and laboratory experiments was planned to support the understanding of the course topics.
teacher profile | teaching materials

Programme

ATOMIC NATURE OF MATTER AND QUANTIZED ATOM (8 H).
CHEMICAL BOND AND STRUCTURES OF SIMPLE MOLECULES (8 H)
PHYSICAL AND CHEMICAL PROPERTIES OF GAS, SOLID, AND LIQUID PHASES (10 H)
TWO-COMPONENT SYSTEMS (6 H)
ASPECTS OF THERMODINAMICS AND THERMOCHEMISTRY (6 H)
KINETIC CHEMISTRY (2 H)
PRINCIPLES OF CHEMICAL EQUILIBRIUM (6 H)
EQUILIBRIUM IN ACQUEOUS SOLUTIONS (8)
HYDROCARBONS AND ORGANIC MOLECULES (2 H)
NUMERICAL EXERCISES AND PRACTICAL LABORATORY EXPERIMENTS (24 H)


Core Documentation

ANY GENERAL CHEMISTRY TEXTBOOK AND STOICHIOMETRY TEXTBOOK AT UNIVERSITY-LEVEL, TEACHING MATERIALS PREPARED BY THE TEACHER AND AVAILABLE ON THE DEPARTMENT SITE

MASTERTON-HURLEY “CHIMICA. PRINCIPI E REAZIONI”, PICCI
Atkins-Jones: Principi di Chimica, Zanichelli
SCHIAVELLO-PALMISANO “FONDAMENTI DI CHIMICA”, EdiSES

LAUSAROT-VAGLIO “STECHIOMETRIA PER LA CHIMICA GENERALE”, PICCIN
Franco Ugozzoli: “Come risolvere i problemi di chimica” CEA
A. Del ZOTTO: "Esercizi di chimica generale" EdiSES


Type of delivery of the course

Lectures in the classroom, numerical exercises of chemical calculations and problem solving, 5 practical laboratory exercises.

Type of evaluation

Written text of stoichiometry: consisting of 4-5 numerical stoichiometry exercises to be performed in 2.5-3 hours Oral exam: consisting of an oral interview on all the course topics