What This Document Is
This is a detailed course schedule for Organic Chemistry Laboratory II (CHM 2300) at the University of Detroit Mercy. It outlines the planned progression of experiments, lectures, and assessments for a specific semester – Winter 2004. This schedule serves as a roadmap for students enrolled in the course, providing a structured overview of the laboratory work and associated academic expectations. It’s designed to help students effectively plan their time and stay on track throughout the semester.
Why This Document Matters
This schedule is essential for any student registered in CHM 2300. It’s particularly useful at the beginning of the semester to understand the overall course structure and key deadlines. Students can refer to it regularly to prepare for upcoming laboratory sessions, quizzes, and manuscript assignments. Having access to this schedule allows for proactive learning and efficient time management, maximizing success in the course. It’s a foundational resource for navigating the demands of an advanced organic chemistry laboratory experience.
Topics Covered
* Core organic chemistry laboratory techniques
* Reaction synthesis and analysis (multiple reactions are outlined)
* Spectroscopic data interpretation (including NMR, FT-IR, GC-MS)
* Laboratory safety protocols and equipment usage
* Data recording and analysis in a laboratory notebook
* Scientific manuscript preparation and components
* Advanced reagent handling (air- and water-sensitive)
* Catalytic and transition metal-catalyzed reactions
What This Document Provides
* A week-by-week breakdown of laboratory experiments and corresponding lecture topics.
* Information regarding the instructor’s contact details and office hours.
* Details on required resources, including the recommended ACS Style Guide.
* A comprehensive grading breakdown, outlining the weight of various assignments.
* An overview of study requirements and expectations for lab notebook maintenance.
* Key dates for quizzes, manuscript submissions, and final exams.
* Specific techniques associated with each experiment (e.g., TLC, mp determination).