1. Organic Chemisry Lab Courses The Organic chemistry lab techniques page covers a multitude of topics, from keeping a lab notebook to lab safety to walkthroughs of laboratory techniques to http://orgchem.colorado.edu/courses/lab.html

Organic Chemisry Laboratory Courses this page last modified document.write(document.lastModified); Four lab courses are offered in organic chemistry: organic chemistry 1 and 2 for non-majors and organic chemistry 1 and 2 for majors. These are described in the Overview of Undergraduate Organic Chemistry Courses Syllabi for lab courses Organic Chemistry 1 Lab: PDF (Acrobat) versions of Experiments for Organic Chemistry, 3321, Summer 2004 Organic Chemistry 2 Lab: PDF (Acrobat) versions of Experiments for Organic Chemistry, 3341, Spring 2004 Organic Chemistry 1 Lab for majors: 3361 (offered fall semesters only) PDF (Acrobat) versions of Experiments for Organic Chemistry, 3361, Fall 2003 Organic Chemistry 2 Lab for majors: (offered spring semester only) PDF (Acrobat) versions of Experiments for Organic Chemistry, 3381, Spring 2004 Information on Organic Chemistry Lab Topics: Safety, Techniques, More!! The Organic Chemistry Lab Techniques page covers a multitude of topics, from keeping a lab notebook to lab safety to walk-throughs of laboratory techniques to how to find physical data and hazards of organic compounds. TA contact information Visit the TA page Lab Grading Issues "How are the lab reports graded? What is a technique grade? What do I do if I think I've been graded unfairly?" Anwers to these questions are found in the

2. Organic Chemistry Lab Techniques Organic chemistry lab techniques. Separatory Funnel Extraction QuickTime, MPEG ( 1.5MB) ThinLayer Chromatography QuickTime, MPEG ( 1.8MB), interactive Exercise ( TLC Rf calculation. A multiple choice question with instant feedback) The Learning Matters of Chemistry Help All the movies in this page were created by Dr http://www.wfu.edu/~yipcw/yip/organic/org-lab-techniques.html

Organic Chemistry Lab Techniques Separatory Funnel Extraction QuickTime MPEG Thin-Layer Chromatography ... MPEG (1.8MB), interactive Exercise ( TLC Rf calculation. A multiple choice question with instant feedback) Gas Chromatography QuickTime MPEG (485 KB) UV-Vis Absorption Spectroscopy QuickTime MPEG (1 MB) NMR The Learning Matters of Chemistry Help All the movies in this page were created by Dr. Yue-Ling Wong. Send questions and inquiries to: Dr. Yue-Ling Wong - ylwong@aol.com

3. Chemistry Lab Techniques Streaming Videos: A Work In Progress chemistry lab techniques Streaming Videos a Work in Progress May 27, Thursday 1302pm, Bdrm (4920) New West Bob Browne (Chemistry) shares his philosophy of http://www.development.douglas.bc.ca/infotech/chemlab.html

Chemistry Lab Techniques Streaming Videos: a Work in Progress May 27, Thursday 1:30-2pm, Bdrm (4920) New West

4. Chemistry Lab Techniques HomePage Soon to be the home of the chemistry lab techniques Home Page. http://www.ups.edu/faculty/hanson/labtechniques/home.htm

Soon to be the home of the Chemistry Lab Techniques Home Page.

5. Chemistry Lab At ChemIndustry.com Organic chemistry lab techniques, Technical Info. United States. 7. Organic chemistry lab techniques Organic chemistry lab techniques. http://www.chemindustry.com/popular/C/chemistry_lab.asp

Search the chemical world All Categories Chemical Suppliers Industry Services Resources Organizations Software Laboratory Supplies Academic Institutes Search Help Found 350867 Pages for chemistry lab Featured Supplier (Ad.) Word Count: lab (555723), chemistry (1760726) Get listed in this page and reach more chemical industry professionals. Laboratory Craftsmen Inc. Manufacturer United States In buisiness since 1953 Laboratory Craftsmen has been manufacturing the most durable heating mantles, controls and magnetic stirrers.Thermowell and Powermite brands are used widely in student and industrial labs.www.lacraftsmen.com URL: http://www.labcraftsmen.com in English [ Translate Cost to advertiser: Impact Analytical Lab Services Industry service United States Impact Analytical is a state-of-the-art analytical testing, method development, and contract research laboratory. Areas of expertise include polymer analysis, Chemical Physics, Coatings, Composites, Molecular Modeling, Plastics Processing and more. URL: http://www.impactanalytical.com in English [ Translate Cost to advertiser: Structural Chemistry Lab.

6. EME - Science - Chemistry - Video chemistry lab techniques. A valuable prelab program to help students master basic experimental procedures. Covers use of the beam http://www.emescience.com/chem-video-chemistrylabtechniques.html

Chemistry Lab Techniques A valuable pre-lab program to help students master basic experimental procedures. Covers use of the beam and electronic balances; filtration, including Buchner and separatory funnels; handling the crucible; methods for collecting and testing gases; distillation with a condenser; and titration skills. Emphasizes safety by showing consequences of improper techniques. 25 minutes. VCT-12 VHS...$69 EME Corporation emecorp@aol.com 581 Central Parkway • Post Office Box 1949 • Stuart, Florida 34995 Toll Free: • Phone: • FAX:

7. MIT Chemistry: Chemistry Laboratory Techniques (5.301) Chemistry Mediation. An IAP Chemistry Laboratory Course for Freshmen only is to provide Freshmen with intensive practical training in basic chemistry lab techniques, including http://web.mit.edu/chemistry/www/academic/5301.html

Academic Programs Chemistry Education Office Chemistry Subjects Undergraduate Program ... Why Major in Chemistry? Chemistry Laboratory Techniques (5.301) Introduction to Experimental Chemistry (5.302) TA's and Tutors Chemistry Mediation An IAP Chemistry Laboratory Course for Freshmen only The aim of this IAP course is to provide Freshmen with intensive practical training in basic chemistry lab techniques, including: Transfer and manipulation of small quantities of organic and inorganic compounds Purification methods for liquid and solid substances (distillation, recrystallization, chromatography) Structure determination by NMR, infrared, and UV spectroscopic analysis Quantitative analysis of biochemical, organic, and inorganic substances by spectroscopic and chromatographic methods Chemistry Laboratory Techniques is intended to provide Freshmen with the skills neccessary to undertake original research projects in chemistry. "For-credit" UROP positions have been reserved for all interested graduates of Chemstry 5.301. The 5.301 lab will meet throughout IAP. Students will be expected to spend every afternoon, Monday to Thursday, in the lab, and the laboratory will also be open on Fridays for students who need additional time to complete experiments. The 5.301 lab will be open from noon to 5:00 pm each day during IAP. Enrollment in Chemistry 5.301 is limited and requires permission of the instructor. To apply for permission to register in 5.301, submit a completed application by Wednesday, November 26th to Sarah Tabacco (18-596, x2-2931

8. MIT OpenCourseWare | Chemistry | 5.301 Chemistry Laboratory Techniques, January to the techniques of experimental chemistry and gives first year students an opportunity to learn and master the basic chemistry lab techniques for carrying http://ocw.mit.edu/OcwWeb/Chemistry/5-301January--IAP-2004/CourseHome/

var wtl_loc = document.URL.indexOf('https:')==0?'https://a248.e.akamai.net/v/248/2120/1d/download.akamai.com/crs/lgsitewise.js':'http://crs.akamai.com/crs/lgsitewise.js'; document.write(""); Search All OpenCourseWare This Course Advanced search Course Home Syllabus Calendar ... Chemistry Laboratory Techniques, January (IAP) 2004 5.301 Chemistry Laboratory Techniques, January (IAP) 2004 Video 5 Highlights of this Course DLTM ), used as supplementary material for this course as well as other courses offered by the Chemistry department. This course is offered during MIT's Independent Activities Period ( IAP ) - a special 4-week term that runs the full month of January. Course Description This course is an intensive introduction to the techniques of experimental chemistry and gives first year students an opportunity to learn and master the basic chemistry lab techniques for carrying out experiments. Students who successfully complete the course and obtain a "Competent Chemist" (CC) or "Expert Experimentalist" (EE) rating are likely to secure opportunities for research work in a chemistry lab at MIT. Acknowledgements The laboratory manual and materials for this course were prepared by Dr. Katherine J. Franz and Dr. Kevin M. Shea with the assistance of Professors Rick L. Danheiser and Timothy M. Swager. Materials have been revised by Dr. J. Haseltine, Dr. Kevin M. Shea, and Dr. Sarah A. Tabacco.

9. Home Page methods, ie photos, short videos, and hyperlinked flow diagrams, students gain visual familiarity with various organic chemistry lab techniques and experiments http://www.chemistry.sjsu.edu/straus/visioche.htm

click here for The Elements Song by Tom Lehrer Dr. Daniel A. Straus I would like to acknowledge several outstanding coworkers in development of this site. Course Handouts Greensheet (syllabus) Greensheet supplement Add-Drop Greensheet Supplement To Do for First Lab..... Schedule MW (S2004) Schedule TR (S2004) Notebook Format Recording Observations Sample Pre-Lab (Expt. A) Sample Observations (Expt. A) Grammar and Usage Reporting IR Data Reporting NMR Data Experiments Experiment A - Synthesis of Aspirin Experiment B - Separation and Identification of an Unknown Mixture Experiment C - Preparation of a 2,4-DNP Derivative of an Unknown Ketone Experiment D - Distillation and GC of an Unknown Alcohol Mixture Experiment E - Microscale Dehydration of 2- and 4-Methylcyclohexanol Experiment F - Fisher Esterification of an Unknown Alcohol Experiment G - Oil of Cloves Experiment H - Spectroscopic Identification of an Organic Unknown Techniques Distillation (Simple and Fractional) Drying Solids Drying Solutions (liquids) Extraction (Liquid-Liquid) Gas Chromatography Gravity Filtration Infrared Spectroscopy (IR) Melting Point Analysis Nuclear Magnetic Resonance (NMR) Reflux Thin-Layer Chromatography (TLC) Vacuum Filtration Technique Video and Animation

10. Chemistry Course Support Sites Jose State U.) By using visual methods, ie photos and short animations, students gain visual familiarity with various organic chemistry lab techniques and set http://www.chem1.com/chemed/courses.html

A selective, annotated collection of Web links to the best Chemistry course sites. selected Chemistry course sites The links on this page are mostly to sites intended to support entire courses and which are distinguished by their comprehensive support (access to a large variety of tutorial materials) or by exceptionally good design. Please note that courses designed exclusively for on-line presentation are cited on a separate distance education page. The sections below describe sites intended mainly for general chemistry at the high school and college levels, as well as those relating to course topics outlines and laboratory experiments Note: Links that have recently changed are indicated by Links contained in are archives that presumably are no longer being maintained links that were inaccessible at the last link-check are indicated in strikeout type Courses primarily for high school A remarkable, extensive and somewhat unconventional on-line resource by Roger Peters. It includes tutorials in student and teacher versions (the latter with detailed answers and constructed graphs), Teacher's Notes, and even a dramatic work. Although aimed at British middle-school students, this will likely be more suitable for high school and college students in North America. ChemistryCoach is a high school course support page of enclyclopedic proportions. Authored by Bob Jacobs of

11. Chemistry 110 improving throughout the course. Students enter the U of I with a wide variety of backgrounds in chemistry lab techniques. We start at a http://active.chem.uiuc.edu/WWW/Courses/Chem110/spring/courseinfo/110maincoursei

About Chemistry 110 What is Chemistry 110? Where is it held? What are the prerequisites for Chemistry 110? What is the purpose of Chemistry 110? What if I have no previous chemistry laboratory experience? ... Do the professor and TA's care about me? What is Chemistry 110? Where is it held? Chemistry 110, Accelerated Chemistry Laboratory, II, is the second course of a two-semester laboratory sequence. The course is composed of a lecture and a lab period. The lecture is given on Tuesdays and Thursdays at 2 pm in 100 Noyes Lab. The four hour lab period is attended every week in 310 Chemistry Annex. The Schedule is available under the "Labs" tab. Taught by Dr. Eric Oldfield, Chem 110 is designed to give the student a rigorous and comprehensive background in the fundamentals of general chemistry. Techniques covered in the course include qualitative analysis, separation and identification of a series of cations, synthesis and characterization of Cobalt (III) coordination compounds, and study of kinetics of reactions. What are the prerequisites for Chemistry 110?

12. Chemistry CHEM2202 01, chemistry lab techniques, 2336, TBA, TBA, TBA, ADM 501, LAULE,G. CHEM2301 01, chemistry lab techniques, 2337, TBA, TBA, TBA, ADM 501, LAULE,G. http://www.ssc.cc.ok.us/schedule/fall/CHEM.html

Fall Schedule 2004 Chemistry SECTION ID COURSE TITLE ZAP DAYS STARTS ENDS LOCATED INSTRUCTOR CHEMISTRY DAY CLASSES INTRO CHEMISTRY LAB T R ADM 501 LAULE,G INTRODUCTION TO CHEMISTRY M W F ADM 501 LAULE,G GENERAL CHEMISTRY I LAB T R ADM 501 LAULE,G GENERAL CHEMISTRY I M W F ADM 501 LAULE,G GENERAL CHEMISTRY II LAB T R ADM 501 LAULE,G GENERAL CHEMISTRY II M W F ADM 501 LAULE,G CHEMISTRY LAB TECHNIQUES TBA TBA TBA ADM 501 LAULE,G CHEMISTRY LAB TECHNIQUES TBA TBA TBA ADM 501 LAULE,G

13. Chemistry CHEM2202 01, chemistry lab techniques, 3327, TBA, TBA, TBA, ADM 501, LAULE,G. CHEM2301 01, chemistry lab techniques, 3328, TBA, TBA, TBA, ADM 501, LAULE,G. EVENING CLASSES. http://www.ssc.cc.ok.us/schedule/spring/CHEM.html

Spring Schedule 2004 Chemistry SECTION ID COURSE TITLE ZAP DAYS STARTS ENDS LOCATED INSTRUCTOR CHEMISTRY DAY CLASSES INTRO CHEM LAB TR ADM 501 LAULE,G INTRODUCTION TO CHEMISTRY MWF ADM 501 LAULE,G MUST ALSO ENROLL IN ZAP 3322. GENERAL CHEMISTRY I LAB TR ADM 501 LAULE,G GENERAL CHEMISTRY I LAB MW ADM 501 LAULE,G GENERAL CHEMISTRY I MWF ADM 501 LAULE,G MUST ALSO ENROLL IN ZAP 3324. GEN CHEM II LAB TR ADM 501 LAULE,G GENERAL CHEMISTRY II MWF ADM 501 LAULE,G MUST ALSO ENROLL IN ZAP 3326. CHEMISTRY LAB TECHNIQUES TBA TBA TBA ADM 501 LAULE,G CHEMISTRY LAB TECHNIQUES TBA TBA TBA ADM 501 LAULE,G EVENING CLASSES None

14. Organic Chemistry Laboratory Topics chemistry lab (by Patty Feist, CU chemistry Department, latest edition is the 6th, 2002). They are also covered in Organic laboratory techniques (Fessenden http://orgchem.colorado.edu/hndbksupport/ochemlabtech.html

Organic Chemistry Laboratory Topics The organic chemistry laboratory provides you with a unique opportunity to do the reactions which you can only read about in your lecture course. Before you begin, you must hone your laboratory safety skills. Next, you must learn the techniques basic to organic chemistry research. Finally you will be able to run experiments in organic chemistry. These organic chemistry web pages illustrate in pictures the techniques of organic chemistry, as well as safety issues, glassware and equipment, laboratory notebooks, and spectroscopy. The pages link directly to Internet sites which provide information on chemicals used in the lab. These same organic chemistry topics are covered in the required text for the laboratory courses: Handbook for Organic Chemistry Lab (by Patty Feist, CU Chemistry Department, latest edition is the 6th, 2002). They are also covered in Organic Laboratory Techniques (Fessenden, Fessenden, and Feist, 3rd edition, Brooks/Cole, 2000 this is the "Lab Text" referred to in the table below). Note: Answers to the study questions at the end of each Handbook chapter are given: Answers to Handbook Study Problems Once the techniques are mastered, you are ready to do experiments. Eventually we hope to have illustrations of each lab experiment on this site.

15. TMW Media Group - Basic Techniques In Practical Chemistry - Video Chemical lab techniques videos, a tenvolume chemistry series. http://www.tmwmedia.com/chemistry.html

A Fresh New Approach To Learning Chemistry! "These videos contain valid information that is useful to AP (Advanced Placement) students." - Richard Erdman, AP Chemistry Teacher, Venice High School, California Explore this Exciting New 10 Volume Series. Volume 1: Determination of Melting Point The introduction explains the significance of melting point (m.p.) and m.p. range, the effect of impurities, and use of m.p. as a means of assessing purity. Techniques are demonstrated for preparing a sample for m.p. determination (preparing a capillary tube, preparing the sample and loading the tube), and using an electric m.p. apparatus for both "rough" and accurate determinations. The importance of keeping detailed records is emphasised, and the criteria for assessing results are described. The mixed melting point method for confirming the identity of an unknown sample is explained and demonstrated. The microscope melting point apparatus is demonstrated and its advantages discussed. Duration: 29 minutes Volume 2: Recrystallization Part 1 The aims and principles of recrystallisation and use of melting point as a criterion for assessing results are summarized. Determination of suitable solvents for recrystallisation by testing sample solubility in hot and cold aqueous and non aqueous solvents is demonstrated, emphasising the importance of maintaining systematic laboratory notebook records. Techniques demonstrated include weighing out the sample using a "rough" digital balance, sample dissolution, cooling the solution, and recovery of the recrystallised sample by Buckner filtration at the water vacuum pump. Strategies to maximise recovery are summarized. Duration: 38 minutes

16. Basic Science Lab Equipment Science lab Equipment. Basic lab techniques Page. Microscopes. Equipment available at lab stations and on lab trays in the HHS science room. Additional equipment is available, if requested by your group before the lab. HHS chemistry students use a standard pipet bulb, described in lab techniques below http://www.howe.k12.ok.us/~jimaskew/labeq.htm

Science Lab Equipment Basic Lab Techniques Page Microscopes Equipment available at lab stations and on lab trays in the HHS science room. Additional equipment is available, if requested by your group before the lab You should know the name of each piece and its basic use. For exact volume measurements of liquids. Pipet on the left is a Volumetric pipet . It has only one graduation for delivering one exact volume. Pipet on the right is a Mohr pipet . It has graduations for delivering any number of exact volumes. Pipet There are several styles of fillers used to draw liquids into a pipet. HHS chemistry students use a standard pipet bulb, described in lab techniques below. Never draw a liquid into a pipet with your mouth. Pipet filler Used in conjunction with a vacuum connection to a water faucet to speed up filtration. Filter flask The Erlenmeyer flask is the most common flask in the HHS chemistry lab. It is used to contain reaction solutions. Erlenmeyer flask The rounded bottom of the florence flask makes it ideal for boiling liquids. It also makes this flask easy to tip over when sitting on the lab table. Florence flask The volumetric flask is used to make solutions. It has a precise graduation line in the neck of the flask. A solute is placed into the flask, then the solvent is used to bring the total volume up to the graduation.

17. Chemistry Resources: Media: Lab Techniques And Instrumentation http://www.chemtopics.com/mlab.htm

18. Buy The Organic Chemistry Lab Survival Guide A Student's Guide To The Organic chemistry lab Survival Guide A Student's Guide to techniques in Paperback. ISBN 0471215201. 8220; It is easy to use, straightforward, and readable. The examples clearly make the http://rdre1.inktomi.com/click?u=http://na.link.decdna.net/n/3532/4200/www.walma

19. Basic Science Lab Techniques Science lab techniques. measuring with a graduated cylindar balance was once the "standard" balance in the general chemistry lab. While the electronic balance has replaced it in http://www.howe.k12.ok.us/~jimaskew/labeq3.htm

Science Lab Techniques measuring with a graduated cylindar measuring with a pipet measuring with an electronic balance measuring with a triple-beam balance using a laboratory burner using a calorimeter titration using filter paper and funnel using litmus paper using a magnetic stirrer using a hotwater bath using a fume hood generating and collecting gases distillation Measuring the volume of a liquid with a graduated cylindar: The surface of a liquid confined in a cylindar curves to form what is known as a meniscus . The meniscus of most liquids curves up the sides of the container, making the center of the curve appear lower than the edges. Mercury is one of very few exceptions - it curves down at the edges Since reading the meniscus at the top or at the bottom of the curve will make a difference in the volume measured, it is generally agreed to always read the bottom of the curve. The smaller the container, the greater the curve of the meniscus. Pictured below is the meniscus in a 10 ml graduated cylindar. To gain experience in reading liquid volumes, click on the picture to enlarge it and read the volume in the following way: The largest graduations on this graduated cylindar are numbered, representing milliliters. What whole number of

20. Chemistry 244a Organic Chemistry Lab of organic chemistry, or how organic chemistry is done to perform common laboratory techniques and charaterization to earn different grades in lecture and lab. http://www.chem.arizona.edu/courses/chem244/chem244a/syllabusa.html

Authored By: Abby L. Parrill and Jacquelyn Gervay Funded by NSF Chemistry 244a Organic Chemistry Lab Course Overview This section of Chemistry 244a uses a new laboratory curriculum that is based on the same philosophy as the Chemistry 104A NewChem laboratory course. Namely, that the students in the course will have greater control over the planning and execution of their lab experiments. Labs will be done by teams of two students (perhaps three depending on class size) Your team will plan how your experiment will be carried out and how the work will be allocated. Experiments will take one or two lab periods to complete. Each member of the team will participate and collect data, but at the end of the project you will write and submit an individual report using all the data collected by your team. Your laboratory instructor will act as your consultant to give you advice and feedback on your plans. Your instructor will help you find the best way to plan out and do your lab, but will not give you detailed instructions on how to conduct your experiments.

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