Alessandra LATTANZI | ORGANIC CHEMISTRY I

cod. 0512400008

ORGANIC CHEMISTRY I

	0512400008
	DEPARTMENT OF CHEMISTRY AND BIOLOGY "ADOLFO ZAMBELLI"
	EQF6
	CHEMISTRY
	2023/2024

PERCORSO SHARED STUDY PATHWAY

	OBBLIGATORIO
	YEAR OF COURSE 1
	YEAR OF DIDACTIC SYSTEM 2023
	SPRING SEMESTER

TEACHING UNITS

SSD	CFU	HOURS	ACTIVITY	TYPE OF ACTIVITY
CHIM/06	9	72	LESSONS	BASIC COMPULSORY SUBJECTS
CHIM/06	3	36	EXERCISES	BASIC COMPULSORY SUBJECTS

PROFESSORS

	FRANCESCO DE RICCARDIS T Curriculum
	ALESSANDRA LATTANZI Curriculum
	IRENE IZZO Curriculum

	Objectives
	OBJECTIVES OF THE COURSE: TO TEACH THE BASIC ORGANIC CHEMISTRY IN ORDER TO ALLOW THE STUDENT TO CLASSIFY AND REPRESENT THE ORGANIC COMPOUNDS, RATIONALISING AND PREDICTING THE REACTIVITY ON THE BASIS OF THE FUNCTIONAL GROUPS. STUDENTS ARE MOTIVATED THROUGH A SERIES OF TESTS THROUGH WHICH TO CHECK THEIR PROGRESS, BY MEANS OF EXERCISES AND TASKS BOTH AT HOME AND DURING THE CLASSES. IN A SECOND MODULE, THE THEORY AND METHODS OF PURIFICATION AND CHARACTERIZATION OF ORGANIC COMPOUNDS ARE INTRODUCED. THE STUDENT WILL BE ABLE TO RECOGNISE THE MOST COMMON FUNCTIONAL GROUPS, GIVE A NAME TO ORGANIC COMPOUNDS, PREDICT THE BASIC REACTIVITY OF SELECTED CLASSES OF ORGANIC MOLECULES AND THE BASIC MECHANISMS INVOLVED. FINALLY, THE STUDENT WILL BE ABLE TO CHOOSE THE PROPER METHOD FOR THE PURIFICATION OF ORGANIC COMPOUNDS.

OBJECTIVES OF THE COURSE: TO TEACH THE BASIC ORGANIC CHEMISTRY IN ORDER TO ALLOW THE STUDENT TO CLASSIFY AND REPRESENT THE ORGANIC COMPOUNDS, RATIONALISING AND PREDICTING THE REACTIVITY ON THE BASIS OF THE FUNCTIONAL GROUPS. STUDENTS ARE MOTIVATED THROUGH A SERIES OF TESTS THROUGH WHICH TO CHECK THEIR PROGRESS, BY MEANS OF EXERCISES AND TASKS BOTH AT HOME AND DURING THE CLASSES.
IN A SECOND MODULE, THE THEORY AND METHODS OF PURIFICATION AND CHARACTERIZATION OF ORGANIC COMPOUNDS ARE INTRODUCED.
THE STUDENT WILL BE ABLE TO RECOGNISE THE MOST COMMON FUNCTIONAL GROUPS, GIVE A NAME TO ORGANIC COMPOUNDS, PREDICT THE BASIC REACTIVITY OF SELECTED CLASSES OF ORGANIC MOLECULES AND THE BASIC MECHANISMS INVOLVED. FINALLY, THE STUDENT WILL BE ABLE TO CHOOSE THE PROPER METHOD FOR THE PURIFICATION OF ORGANIC COMPOUNDS.

	Prerequisites
	TO FULLY APPRECIATE THE CONTENT OF THE COURSE, IT IS NECESSARY TO ACQUIRE KNOWLEDGE OF GENERAL AND INORGANIC CHEMISTRY. TO ACCESS THE FINAL EXAMINATION, IT IS NECESSARY TO PASS THE “GENERAL AND INORGANIC CHEMISTRY” EXAM.

	Contents
	MODULE A COMPRISES TEACHING LESSONS AND EXCERCISES (10 CFU) IN THE CLASSROOM. MODULE B IS ABOUT THE BASIC TECNIQUES FOR THE PURIFICATION OF ORGANIC COMPOUNDS. MODULE A (92 H): STRUCTURE AND BONDING IN ORGANIC MOLECULES (LECTURES: 3.5 HOURS, EXERCISES: 2 HOURS). ACIDS AND BASES (LECTURES: 3.5 HOURS, EXERCISES: 2 HOURS). STEREOCHEMISTRY (LECTURES: 3.5 HOURS, EXERCISES: 2 HOURS). SYSTEMATIC NOMENCLATURE RULES (LECTURES: 3.5 HOURS, EXERCISES: 3 HOURS), STRUCTURES, CHEMICAL-PHYSICS PROPERTIES AND REACTIVITY OF THE MOST COMMON CLASSES OF ORGANIC COMPOUNDS: ALKANES (LECTURES: 3.5 HOURS, EXERCISES: 2 HOURS) AND CYCLOALKANES (LECTURES: 3.5 HOURS, EXERCISES: 3 HOURS), CONFORMATIONAL ANALISYS (LECTURES: 3.5 HOURS, EXERCISES: 2 HOURS) ALKENES (LECTURES: 3.5 HOURS, EXERCISES: 2 HOURS), ALKYNES (LECTURES: 3.5 HOURS, EXERCISES: 2 HOURS), ALKYL HALIDES (LECTURES: 3.5 HOURS, EXERCISES: 2 HOURS), SOSTITUTION REACTIONS (LECTURES: 3.5 HOURS, EXERCISES: 3 HOURS), ELIMINATION REACTIONS (LECTURES: 3.5 HOURS, EXERCISES: 2 HOURS). AROMATIC COMPOUNDS (LECTURES: 3.5 HOURS, EXERCISES: 2 HOURS), ALCOHOLS AND TIOLS (LECTURES: 3.5 HOURS, EXERCISES: 2 HOURS), ETHERS, EPOXYDES (LECTURES: 3.5 HOURS, EXERCISES: 2 HOURS). INTRODUCTION TO ORGANIC SYNTHESIS (LECTURES: 3.5 HOURS, EXERCISES: 3 HOURS). MODULE B (16 H): BASIC TECHNIQUES OF PURIFICATION SUCH AS CRISTALLIZATION, ORGANIC SOLVENT EXTRACTION, DISTILLATION, SILICA-GEL CHROMATOGRAPHY, ION-CHROMATOGRAPHY, GEL-PERMEATION CHROMATOGRAPHY, GAS-CHROMATOGRAPHY, HPLC.

Contents

MODULE A COMPRISES TEACHING LESSONS AND EXCERCISES (10 CFU) IN THE CLASSROOM. MODULE B IS ABOUT THE BASIC TECNIQUES FOR THE PURIFICATION OF ORGANIC COMPOUNDS.
MODULE A (92 H): STRUCTURE AND BONDING IN ORGANIC MOLECULES (LECTURES: 3.5 HOURS, EXERCISES: 2 HOURS). ACIDS AND BASES (LECTURES: 3.5 HOURS, EXERCISES: 2 HOURS). STEREOCHEMISTRY (LECTURES: 3.5 HOURS, EXERCISES: 2 HOURS). SYSTEMATIC NOMENCLATURE RULES (LECTURES: 3.5 HOURS, EXERCISES: 3 HOURS), STRUCTURES, CHEMICAL-PHYSICS PROPERTIES AND REACTIVITY OF THE MOST COMMON CLASSES OF ORGANIC COMPOUNDS: ALKANES (LECTURES: 3.5 HOURS, EXERCISES: 2 HOURS) AND CYCLOALKANES (LECTURES: 3.5 HOURS, EXERCISES: 3 HOURS), CONFORMATIONAL ANALISYS (LECTURES: 3.5 HOURS, EXERCISES: 2 HOURS) ALKENES (LECTURES: 3.5 HOURS, EXERCISES: 2 HOURS), ALKYNES (LECTURES: 3.5 HOURS, EXERCISES: 2 HOURS), ALKYL HALIDES (LECTURES: 3.5 HOURS, EXERCISES: 2 HOURS), SOSTITUTION REACTIONS (LECTURES: 3.5 HOURS, EXERCISES: 3 HOURS), ELIMINATION REACTIONS (LECTURES: 3.5 HOURS, EXERCISES: 2 HOURS). AROMATIC COMPOUNDS (LECTURES: 3.5 HOURS, EXERCISES: 2 HOURS), ALCOHOLS AND TIOLS (LECTURES: 3.5 HOURS, EXERCISES: 2 HOURS), ETHERS, EPOXYDES (LECTURES: 3.5 HOURS, EXERCISES: 2 HOURS). INTRODUCTION TO ORGANIC SYNTHESIS (LECTURES: 3.5 HOURS, EXERCISES: 3 HOURS).
MODULE B (16 H): BASIC TECHNIQUES OF PURIFICATION SUCH AS CRISTALLIZATION, ORGANIC SOLVENT EXTRACTION, DISTILLATION, SILICA-GEL CHROMATOGRAPHY, ION-CHROMATOGRAPHY, GEL-PERMEATION CHROMATOGRAPHY, GAS-CHROMATOGRAPHY, HPLC.

	Teaching Methods
	MODULES A AND B COMPRISE TEACHING LESSONS AND EXCERCISES IN THE CLASSROOM (108 H). STUDENTS ARE NOT OBLIGED TO FOLLOW THE COURSE, HOWEVER THEIR PRESENCE DURING THE LECTURES IS STRONGLY RECOMMENDED.

	Verification of learning
	THE AIM OF THE FINAL EXAM IS TO CHECK THAT THE LEARNING OUTCOMES HAVE BEEN ACHIEVED. DURING THE COURSE THERE WILL BE PARTIAL ASSESSMENTS TESTS IN ORDER TO EVALUATE THE KNOWLEDGE LEVEL GAINED BY THE STUDENTS. THERE WILL BE TWO WRITTEN TESTS DURING THE COURSE (120 MINUTES MAXIMUM TIME). THE WRITTEN TESTS WILL DEAL ABOUT NOMENCLATURE, REACTIVITY, AND SYNTHESIS OF ORGANIC COMPOUNDS (MAXIMUM MARK: 23/30), PLUS PURIFICATION TECHNIQUES (MAXIMUM MARK: 7/30). THE FINAL GRADE WILL BE THE AVERAGE OF THE MARKS GAINED IN THE TWO WRITTEN TESTS. GENERAL MARK EQUAL OR HIGHER THAN 18/30 (A MARK IN THE PURIFICATION TECHNIQUES EQUAL OR HIGHER THAN 3/30 AND NO LESS THAN 15/30 ON MODULE A). FOR THE STUDENTS WHO DIDN'T PASS THE PARTIAL TESTS, A FINAL WRITTEN EXAM IS REQUIRED. TO PASS THE EXAM A MINIMUM LEVEL OF KNOWLEDGE IS REQUESTED ABOUT THE MOST IMPORTANT TOPICS STUDIED DURING THE CLASSES. THE WRITTEN TESTS WILL DEAL ABOUT NOMENCLATURE, REACTIVITY, AND SYNTHESIS OF ORGANIC COMPOUNDS (MAXIMUM MARK: 23/30), PLUS PURIFICATION TECHNIQUES (MAXIMUM MARK: 7/30). GENERAL MARK EQUAL OR HIGHER THAN 18/30 (A MARK IN THE PURIFICATION TECHNIQUES EQUAL OR HIGHER THAN 3/30 AND NO LESS THAN 15/30 ON MODULE A). THE EXCELLENCE IS GAINED WHEN THE STUDENTS KNOW THE STUDIED SUBJECTS IN A DEEP AND CRITICAL WAY.

Verification of learning

THE AIM OF THE FINAL EXAM IS TO CHECK THAT THE LEARNING OUTCOMES HAVE BEEN ACHIEVED.
DURING THE COURSE THERE WILL BE PARTIAL ASSESSMENTS TESTS IN ORDER TO EVALUATE THE KNOWLEDGE LEVEL GAINED BY THE STUDENTS. THERE WILL BE TWO WRITTEN TESTS DURING THE COURSE (120 MINUTES MAXIMUM TIME). THE WRITTEN TESTS WILL DEAL ABOUT NOMENCLATURE, REACTIVITY, AND SYNTHESIS OF ORGANIC COMPOUNDS (MAXIMUM MARK: 23/30), PLUS PURIFICATION TECHNIQUES (MAXIMUM MARK: 7/30). THE FINAL GRADE WILL BE THE AVERAGE OF THE MARKS GAINED IN THE TWO WRITTEN TESTS. GENERAL MARK EQUAL OR HIGHER THAN 18/30 (A MARK IN THE PURIFICATION TECHNIQUES EQUAL OR HIGHER THAN 3/30 AND NO LESS THAN 15/30 ON MODULE A).
FOR THE STUDENTS WHO DIDN'T PASS THE PARTIAL TESTS, A FINAL WRITTEN EXAM IS REQUIRED. TO PASS THE EXAM A MINIMUM LEVEL OF KNOWLEDGE IS REQUESTED ABOUT THE MOST IMPORTANT TOPICS STUDIED DURING THE CLASSES. THE WRITTEN TESTS WILL DEAL ABOUT NOMENCLATURE, REACTIVITY, AND SYNTHESIS OF ORGANIC COMPOUNDS (MAXIMUM MARK: 23/30), PLUS PURIFICATION TECHNIQUES (MAXIMUM MARK: 7/30). GENERAL MARK EQUAL OR HIGHER THAN 18/30 (A MARK IN THE PURIFICATION TECHNIQUES EQUAL OR HIGHER THAN 3/30 AND NO LESS THAN 15/30 ON MODULE A).
THE EXCELLENCE IS GAINED WHEN THE STUDENTS KNOW THE STUDIED SUBJECTS IN A DEEP AND CRITICAL WAY.

	Texts
	JOHN MCMURRY - CHIMICA ORGANICA - PICCIN EDITORE 9 EDIZIONE PAULA YURKANIS BRUICE - CHIMICA ORGANICA - EDISES 3 EDIZIONE D. L. PAVIA, G. M. LAMPMAN,G. S. KRIZ. IL LABORATORIO DI CHIMICA ORGANMICA, ED. SORBONA, MILANO. R. M. ROBERTS, J. C. GILBERT, S. F. MARTIN CHIMICA ORGANICA SPERIMENTALE, ZANICHELLI, BOLOGNA

	More Information
	THE COURSE WILL BE HELD IN ITALIAN LANGUAGE. FURTHER INFORMATION CAN BE REQUESTED VIA E-MAIL TO: DERICCA@UNISA.IT, LATTANZI@UNISA.IT, IIZZO@UNISA.IT WEBPAGE DE RICCARDIS: HTTPS://DOCENTI.UNISA.IT/001577/HOME WEBPAGE LATTANZI: HTTPS://DOCENTI.UNISA.IT/003250/HOME

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Alessandra LATTANZI | ORGANIC CHEMISTRY I