Organic Chemistry I Laboratory

SL 287 Syllabus

• Modules

Course Description and Prerequisites

Organic Chemistry Lab 1, SL287

1 Credit

Fall 2021

Course Description:

This laboratory course is to be taken concurrently with SC 381 and provides an opportunity to make measurements and observations, critically interpret the collected data, make chemically logical conclusions, and use chemicals in a safe, efficient, and environmentally sustainable manner.

Prerequisites: SL182

Instructor Information

Name: Tamra Shelly
Office P354c
Office Hours: 
Monday: 8:30am-11:00am and 2:303pm-4:0pm 
Tuesday: virtually, by appointment 
Wednesday: 8:00am-10:00am and 1:00pm-2:30pm
Thursday: 1:30pm-2:30pm
Friday by appointment
other times possible by appointment, email, or hangouts

Name Raymond Kennard                                                             

P230B/ kennardr@husson.edu

207-941-7087
Office Hours: Office hours: M 8-8:50, T 12-2:20, W 8-9:50 and F 8-9:50, W 1-1:50 and By appointment Almost Anytime not in Class

Textbook & Required Materials

Green Organic Chemistry (Custom Reprint)

Course Outcomes

To be successful after graduation in the Sciences requires that the graduates of the programs have competency in a variety of areas.  Through Husson University's program of required, elective, and General Education courses we strive to produce graduates that fulfill these requirements.   

The following is the list of attributes that the Biology-Biochemistry program at Husson requires for its graduates.

Students must: 

1. 1. Upon successful completion of SL 381/382 the students should be able to:

       

      Student Learning Outcome	Pre-lab quiz	Pre-labs	Post-labs	Final exam	Natural product experiment	In Class observations
      Apply mathematics to solve quantitative chemical problems and evaluate the results of those calculations to make sure they are physically reasonable.	X	X	X	X
      Construct correctly balanced chemical equations, differentiating between catalysts, solvents and reactants.		X
      Demonstrate mastery of basic organic chemistry laboratory techniques, including distillation, recrystallization, melting point determination, liquid-liquid extraction, gravity and liquid filtration, MS, UV-Vis, IR and NMR spectroscopy, distillation and chromatography.					X	X
      Demonstrate the ability to safely and effectively perform synthetic organic reactions, using proper glassware set-up, handling of hazardous chemicals, and following the prescribed experimental procedures					X	X
      Extract and interpret information from the analytical data and explain the obtained results and any errors encountered.			X		X
      Demonstrate the ability to maintain a proper laboratory notebook, which includes clear descriptions of original data, observations and experimental procedures.		X	X		X	X
      Interpret laboratory results and data correctly and report findings in a scientific notebook using acceptable and appropriate notational and descriptive content that is understandable.			X		X
      Apply principles of scientific ethics and academic integrity to their laboratory behavior, assessment and written work.	X	X	X	X	X	X
      Make use of chemical literature as reference material. Be able to read scientific literature to understand equations, reactions and methods and recreate experimental conditions from that literature.					X
      Demonstrate safe laboratory practices through the use of safety data sheets (SDS), appropriate personal protective equipment and appropriate handling of all chemicals, including proper disposal of waste.		X			X	X
      Identify the various parts of the experiment that fulfill the green /sustainable mission of the lab.		X		X

       

Assessment Mapping

Evaluation and Grading

Grading:   Completed IR and NMR spectrum packets and Post-Lab reports (40%) written in the notebook and the copy passed in the next class after completing the lab, Pre-lab reports, (30%) written in the lab notebook and the copy turned in prior to beginning the experiment, Pre-lab quizzes (online, covering concepts, readings and techniques) to be completed before the first day of an experiment (10%),  and a comprehensive final exam, given through ExamSoft and covering all material assigned or covered in lab, given during the last scheduled lab section (20%) form the basis for the determination of final grade.

Computer requirements for ExamSoft.pdf  download

Late assignments will be docked 10% for the first week and will be docked 10% for each week late after that.  Any assignments not passed in will automatically receive a grade of zero

Lab reports are due for each experiment and are divided into two parts, the prelab, due the beginning of class the first day of the experiment, and postlab, due one week after completion of the experiment .

Zoom Proctoring

In the event that faculty utilize remote proctoring as a tool to monitor the use of remote exams, proctoring via Zoom is an option. 

• A laptop capable of supporting Canvas, Examplify, and Zoom
• A second device that is capable of supporting both video and audio Zoom meetings for remote proctoring
• Suitable Internet connection to facilitate and sustain video and audio Zoom meetings

Canvas Information

Canvas is the where course content, grades, and communication will reside for this course.

• husson.instructure.com
• For Canvas, Passwords, or any other computer-related technical support contact the Husson Help Desk. (Links to an external site.)Links to an external site.
• (207) 973-1000
• https://helpdeskticket.husson.edu/ (Links to an external site.)Links to an external site..

Grading Rubrics

N/A

Class Policies

Links to University Policies and student protections as well as student services can be found on the left navigation panel. You can also find a link to information about how to navigate Canvas.

This class is designed to be something worked on with some flexibility with firm due dates. It is important to stay on track and adhere to those. We will need you to complete your materials by that time. If you cannot, then you will need to repeat the course.

You are expected to be in class to participate. If you miss more than one lab period, you will be considered out of compliance with Husson University's attendance requirement.

Instructors Discretion to Modify the Syllabus

The instructor has the authority to modify the syllabus based on (her/his) determination that such changes would better meet the learning objectives of the course.  It is the responsibility of the student to maintain awareness of those modifications and note them as necessary.  The instructor also has full discretion to determine the extent to which (if at all) technology will be used and/or available within the classroom.  Such determination could be based on technology as a learning tool or simply to minimize distractions among students.  

As most students here at Husson are in pre-professional programs we expect proper behavior, courtesy, and respect for all individuals in a class.  All University policies will be strictly adhered to in class.

We will meet the first week of classes and you must be properly attired for lab on that day.  Proper attire is ALWAYS required in lab, regardless of the experiment!  Closed-toed shoes, long hair tied back and long skirts or pants. NO bare midriffs, NO tank tops, your shirt must have sleeves and no dangly jewelry, hoodie pulls or anything else that may pose a risk of getting into the chemicals.You will not be allowed in lab if you are not properly dressed and will receive a zero for that day.

Note: as of the beginning of the semester, Husson University requires masking in all indoor buildings. If our COVID numbers decrease such that we are not required to wear masks, you should know that masks will be required in this class all semester. This decision is to protect all unvaccinated students and to provide consistency in the class. 

Failure to do so will result in removal from class with an unexcused absence.  

Tentative Schedule of Assignments