Description This laboratory course (Organic I and II) conveys the important fundamental Organic Chemistry concepts and techniques, introduces state-of-the-art strategies and methods and provides a safer learning environment. The catalog presents the general and academic regulations, programs of study, entrance requirements, and course offerings of the university. It is important to note that the catalog represents the inventory of courses, not all of which are necessarily offered in any given semester. Additionally, the catalog provides information about student life and services, and campus resources and facilities.
If the lab manual was commercially published by a regular publisher, you would cite it like any other book. If the manual was written by your instructor/department, treat the manual as a book authored by the instructor and published by the university: Example: Bird, P. Chemistry 206 Laboratory Manual; Concordia University: Montreal, QC, 2010; p 21. Experimental Organic Chemistry Laboratory Manual (CHM 2210L and CHM 2211L, University of South Florida) Solomon Weldegirma on Amazon.com.FREE. shipping on qualifying offers. Text: Experimental Organic Chemistry, Laboratory Manual Fall ‘15, Spring ’16 and Summer ‘16, Weldegirma, Solomon, available at USF bookstore. Laboratory Notebook: Any suitable laboratory notebook with carbon copies. Safety Goggles: American Optical or equivalent (goggles must form a seal around the eyes, not glasses with splash guard.
Description
Usf Organic Chemistry Lab
Usf Organic Chemistry Lab Manual Pdf
This laboratory course (Organic I and II) conveys the important fundamental Organic Chemistry concepts and techniques, introduces state-of-the-art strategies and methods and provides a safer learning environment. The laboratory experiments highlight the important chemical concepts and techniques that are traditionally taught while introducing new green chemical concepts and recently developed experimental techniques. Students will apply the learned techniques to new problems with a focus on synthetic perspective using fundamental named organic reactions applied to the transformation of one material into another.
Students will be introduced with green organic experiments which will make the lab experience safer and produce less costly waste. The curriculum is designed to minimize production of chemical waste and provides a safer working environment (nearly eliminating the need for expensive fume hoods). At the end of the course, students are expected to know the fundamental techniques of organic chemistry including methods of isolation, purification, and structural identification with applications to synthetic and mechanistic problems. As the course will focus on fundamental reactions and techniques applicable to various fields of organic chemistry, students will be familiarized with the basic principles and techniques of organic chemistry.