61. University Of North Texas chemistry software covering other chromatographic techniques is also Equipment,instrumentation for demonstrations, and lab space are supplied by Prof. http://www.unt.edu/cdl/funding_opps/twt_grants2001/2001_proposals/golden.htm

University of North Texas 2001-2002 Teaching with Technology Grant Application 1. Project Title An Online Analytical Chemistry Laboratory: A Pilot Project for the Chemistry Department 2. Project abstract This proposal serves as the pilot project for the Chemistry Department to offer an online analytical chemistry laboratory to be delivered through the web in the course CHEM 5460. An effort to provide more computer based learning and simulation laboratories for graduate students and chemistry professionals offers several advantages: Interaction and exposure of UNT's chemistry program to the Chemical Industry in the DFW and southwest region. Online chemical simulations and interactive illustrations. Convenience and flexibility for non-traditional students in the chemistry program. Certification and training of chemical industry employees. Conservation of physical resources (chemicals, instrumentation, and supplies). Exposure to highly technical laboratory equipment before actually experimental runs. 3. Description of the project

62. Hood College: Academics > Chemistry And Physics laboratory experiments emphasize standard organic chemistry techniques and productanalysis using modern CHEM 434/534 Physical chemistry lab II http://www.hood.edu/academic/chemistry_physics/index.cfm?pid=_chem_courses.htm

63. Marshall University - Chemistry Introduction to basic biochemical laboratory techniques including chromatography, CHM 463 2, 4 lab - Nuclear chemistry and Physics laboratory http://www.marshall.edu/chemistry/courses.asp

FULL SEARCH Marshall COS Chemistry CHEMISTRY LINKS Chemistry Home Capstone Experience Careers in Chemistry Chemistry Links ... Syllabi SEARCH CHEMISTRY Course Listings CHM 190H-191H - 1 - Honors in Chemistry Independent study programs for outstanding students. (PR: Permission of the department chairman) CHM 203 - 3 - General Chemistry I An introduction to chemical science, its development, basic concepts and interrelationships with other sciences. Intended primarily for non-science majors and B.A. degree candidates. 3 lec. CHM 204 - 3 - General Chemistry II A continuation of Chemistry 203 with emphasis on introductory organic and biochemistry. 3 lec. (PR: CHM 203) CHM 211 - 3 - Principles of Chemistry I A study of the properties of materials and their interactions with each other. Development of theories and applications of the principles of energetics, dynamics and structure. Intended primarily for science majors and pre-professional students. 3 lec. (CR: CHM 217; PR: MTH ACT of 18 or better or MTH 120 or equivalent) CHM 212 - 3 - Principles of Chemistry II A continuation of Chemistry 211 with emphasis on the inorganic chemistry of the representative elements and transition metals. 3 lec. (PR: C or better in CHM 211; CR: CHM 218)

64. USF Department Of Chemistry - Course Descriptions A physical chemistry laboratory with emphasis on modern techniques and instruments.lab. Back to Top. CHM 3610 Intermediate Inorganic chemistry (3) http://www.cas.usf.edu/chemistry/new/courseinfo/course_descr.php3?page=descr

65. Chemistry - Undergraduate - Loyola University New Orleans CHEM A421 Inorganic chemistry lab 2 crs. Introduction to lab techniques forsynthesis and characterization of inorganic coordination compounds and http://www.loyno.edu/bulletin/undergraduate/1997/Courses/chemistry.html

66. Chemistry Course Descriptions Organic chemistry lab II for Majors (2). Prerequisites CHEM 230, CHEM - 232.Experimental course emphasizing advanced laboratory techniques and concepts http://www.usfca.edu/acadserv/catalog/chemistry_ug_courses.html

Chemistry Course Descriptions 0202 - 001. Prechemistry (3) Designed for students intending to take 0202-111-113, with intensive study of problem solving. Offered every Spring. 0202 - 100. Getting a Grip on Science: From Mass and Motion to Molecules (4) This multidisciplinary introductory course for non-science majors explores several key topics including the solar system, energy and its forms, and the composition and behavior of atoms. Science is presented as a human endeavor through which we come to understand the natural world of which we are a part. Three lectures per week plus one two-hour lab session. 0202 - 111. General Chemistry I (5) Prerequisite: High school chemistry, physics, algebra (two years), and trigonometry . A study of the fundamental chemical principles which are necessary for understanding the composition and properties of matter and the changes which it undergoes. Three lectures and one laboratory period weekly. Offered every Fall. 0202 - 113. General Chemistry II (5) Prerequisite: Grade of C- (1.7) or higher in 0202-111

67. MIT OpenCourseWare | Chemistry | 5.301 Chemistry Laboratory Techniques, January Practical training in basic chemistry laboratory techniques. Intended to providefreshmen with the skills necessary to undertake original research projects http://ocw.mit.edu/OcwWeb/Chemistry/5-301January--IAP-2004/CourseHome/

skip to content Search 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 5.301 includes a series of chemistry laboratory instructional videos called the Digital Lab Techniques Manual ( 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. discussion group for this course. 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.

68. ChemLab - Logistics - General Information Dartmouth College s chemistry 3/5 6 online laboratories with information onlogistics, safety, experiments, and techniques. http://www.dartmouth.edu/~chemlab/info/logistics/info.html

Logistics General Information Personnel Cleanliness Points Honor Principle Lab Switches Notebooks How to Keep a Notebook Sample Write-up Safety General Rules Safety Equipment Safety Hazards Emergency Procedures ... MSDS Resources Applets General FAQ Uncertainty ChemLab Home Welcome to the General Chemistry Laboratory! Contrary to popular belief, the laboratory portion of general chemistry is not designed to torture students. The laboratory is designed to support and illustrate chemical concepts studied in the lecture portion of the course, as well as to introduce important laboratory techniques and encourage analytical thinking. Of course, we cannot perfectly synchronize the coverage of material in the lecture and the laboratory, but we will attempt to make connections whenever possible. Along with concepts and chemistry covered in lecture, the laboratory portion of the course will present some additional chemistry, both theoretical and practical. This handy periodic table has a molecular mass calculator and allows you to examine periodic trends by color. It is also a jigsaw puzzle! Click on the picture to link to it. The lab manual contains background information and procedures for the experiments you will perform as part of your Chem 3, Chem 5, or Chem 6 course. The pages immediately following contain helpful information about laboratory policies, your lab notebook, the Honor Principle, Safety Regulations, and use of laboratory equipment. Read them carefully before coming to lab the first time and refer to them as the term progresses.

69. Introduction To Chemistry Class To be successful in chemistry lab, you must use the lab Keys to plan what you chemistry labs can be very dangerous. For this reason, the student must http://www.howe.k12.ok.us/~jimaskew/chem/cintro1.htm

70. Refractometry: Introduction Chem lab techniques. Refractometry. Refractometry. Introduction. Theory Anatomy of a Refractometer SOP Bausch Lomb Abbe3L Refractometer http://www.ups.edu/faculty/hanson/labtechniques/refractometry/intro.htm

Refractometry: Introduction Theory Anatomy of a Refractometer Abbe-3L Refractometer Troubleshooting FAQ's ... Additional Resources Introduction A refractometer measures the extent to which light is bent (i.e. refracted) when it moves from air into a sample and is typically used to determine the index of refraction (aka refractive index or n ) of a liquid sample. The refractive index is a unitless number, between 1.3000 and 1.7000 for most compounds, and is normally determined to five digit precision. Since the index of refraction depends on both the temperature of the sample and the wavelength of light used these are both indicated when reporting the refractive index: The italicized n denotes refractive index, the superscript indicates the temperature in degrees Celsius, and the subscript denotes the wavelength of light (in this case the D indicates the sodium D line at 589 nm). The refractive index is commonly determined as part of the characterization of liquid samples, in much the same way that melting points are routinely obtained to characterize solid compounds. It is also commonly used to: Help identify or confirm the identity of a sample by comparing its refractive index to known values.

71. "Upper Division Courses" Laboratory study of the methods, techniques, syntheses, (1 lecture, 6 labhours)* 139. chemistry and the Consumer (3) Prerequisite Chem 3B, 8, or 128A. http://www.csufresno.edu/Chemistry/welcome/upper_division.html

Upper Division Chemistry Courses 102. Analytical Chemistry (5) For chemistry majors; recommended for other science majors. Prerequisites: Chem 1B (with a grade of C or better), 128A, and Math 76. Students with credit in a similar lower-division quantitative analysis course will receive only one additional unit of credit. Introduction to principles and methods of analytical chemistry.(3 lecture, 6 lab hours)* 105. Quantitative Analysis Laboratory (4) Not open to chemistry majors. Prerequisites: Chem 4 (Chem 1B recommended), Chem 8 (or concurrently). Laboratory study of principles and methods of quantitative analysis. (2 lecture, 6 lab hours)* 106. Analytical Measurements Laboratory (4) Prerequisites: Chem 102 (with a grade of C or better), Chem 110A and Phys 4C, or permission of instructor. Principles and methods of analytical measurements of organic and inorganic substances by instrumental and non- instrumental techniques. (2 lecture, 6 lab hours) (Fall semester)* 108. Introductory Physical Chemistry (4) Prerequisites: Math 76 (Math 77 strongly recommended), Chem 8 or 128A and Phys 2A, 2B (Phys 4A, 4AL, 4B, 4BL, and4C strongly recommended). Basic treatment of gas laws, thermodynamics, phase equilibria, properties of solutions, kinetics, and spectroscopy. (Fall semester)

72. CHEMISTRY to enhance the student s knowledge of chemistry laboratory techniques, An introduction to modern and classical organic laboratory techniques of http://www.lsus.edu/catalogs/catalog9899/catchem.htm

CHEMISTRY Corequisites : Unless approval of the Chairman of the Department is obtained, the student may not continue in a course if a corequisite course has been dropped. Placement: A student whose curriculum requires more than one year of chemistry should take Chemistry 121, 121L, 124, and 124L. CHEM 106: Environmental Chemistry* 3 cr. A survey of selected chemistry topics with attention given to recent discoveries and application, including the environmental impact of chemical technology. Not intended for the student who wishes to pursue work in any of the areas of physical sciences. May not be substituted for the basic course in any of these fields. Also listed as PHSC 106. Three hours of lecture. CHEM 106L: Introductory Chemistry Laboratory 1 cr. Prerequisite: Registration or credit in CHEM 110 or 106. This course is designed to enhance the student's knowledge of chemistry laboratory techniques, especially those which illustrate the importance of chemistry in everyday life. Laboratory experiments will consider water purification, preparation of detergents and perfumes, analysis of milk, vitamin and mineral content in foods, radioactivity, acid rain, and the study of aspirin, caffeine, and fermentation. This introductory laboratory will not substitute for CHEM 121L. Also listed as PHSC 106L. One hour of instruction and two hours of laboratory. CHEM 110: Introductory Chemistry* 3 cr.

73. Catalog For Academic Year 2005-2006 - Louisiana State University In Shreveport CHEM 106L Introductory chemistry Laboratory 1 cr. An introduction to modernand classical organic laboratory techniques of purification and http://www.lsus.edu/catalogs/current/courses_chem.asp

Courses - Chemistry: Co-requisites : Unless approval of the Chairman of the Department is obtained, the student may not continue in a course if a co-requisite course has been dropped. Placement : A student whose curriculum requires more than one year of chemistry should take Chemistry 121, 121L, 124, and 124L CHEM 106: Environmental Chemistry* 3 cr. A survey of selected chemistry topics with attention given to recent discoveries and application, including the environmental impact of chemical technology. Not intended for the student who wishes to pursue work in any of the areas of physical sciences. May not be substituted for the basic course in any of these fields. Also listed as PHSC 106. Three hours of lecture. CHEM 106L: Introductory Chemistry Laboratory 1 cr. Prerequisite: Registration or credit in CHEM 110 or 106. This course is designed to enhance the student's knowledge of chemistry laboratory techniques, especially those which illustrate the importance of chemistry in everyday life. Laboratory experiments will consider water purification, preparation of detergents and perfumes, analysis of milk, vitamin and mineral content in foods, radioactivity, acid rain, and the study of aspirin, caffeine, and fermentation. This introductory laboratory will not substitute for CHEM 121L. Also listed as PHSC 106L. One hour of instruction and two hours of laboratory. CHEM 110: Introductory Chemistry* 3 cr.

74. CMIL-mainframe Organic chemistry Laboratory techniques Each of these nine videos covers theessential theory and procedures for a particular technique, stressing safety http://ucmedia1.ucxonline.berkeley.edu/sales/science06/scimain2.html

Click on a film title to see more General Chemistry Laboratory Techniques Each of these six videos illustrates the key procedures for a particular general chemistry laboratory technique. Live-action demonstrations are enhanced by graphics and animation, and close-ups of procedures magnify important features for the student.. Organic Chemistry Laboratory Techniques Each of these nine videos covers the essential theory and procedures for a particular technique, stressing safety and equipment care. General Chemistry Laboratory Techniques These six videos are now in use nationwide at hundreds of high schools, junior colleges, and lower-division classes at colleges and universities. Each illustrates the key procedures for a particular general chemistry laboratory technique. Live-action demonstrations are enhanced by graphics and animation, and closeups of procedures magnify important features for the student. Safety and equipment care are stressed throughout. Produced by the UCLA Office of Instructional Development. Save More Than 10% Special Series Price: $795 The University of California's entrants into the laboratory safety and techniques field makes it hard to visualize the need for any additional attempts in this area.

75. Department Of Chemistry » Academics » Course Descriptions General Inorganic chemistry Laboratory I. (CHEM 1111) 1(04) A laboratorycourse on the techniques and apparatus used in the measurement of properties http://www.tamuk.edu/chemistry/academics/courses.shtml

Dr. Scott Gilbertson 31st Annual Chemistry Olympics Dr. Carl E. Wieman delivers the 24th Annual Garland Lecture Student Affiliates Chapter of American Chemical Society at TAMUK Ranks in Top Three Percent Nationwide 1111. General Inorganic Chemistry Laboratory I . (CHEM 1111) 1(0-4) A laboratory experience that focuses on laboratory techniques, data collection, and analysis. The experience reinforces and promotes an understanding of the principles of stoichiometry, gases, liquids, solutions, and energy. One hour of recitation. Pre- or co-requisite: CHEM 1311 . Laboratory fee, $5. 1112. General Inorganic Chemistry Laboratory II. (CHEM 1112) 1(0-4) A laboratory experience that focuses on laboratory techniques, data collection, and analysis. The experience reinforces and promotes an understanding of the principles of stoichiometry, gases, liquids, solutions, and energy. One hour of recitation. Prerequisite: CHEM 1311 and CHEM 1111; Pre- or co-requisite: CHEM 1312 . Laboratory fee, $5.

76. METU - Department Of Chemistry / General Info Nuclear analytical techniques, fundamental aspects of nuclear chemistry, developmentof analytical methods for occupational hygiene and safety are also http://www.chem.metu.edu.tr/general.html

METU Department of Chemistry GENERAL INFORMATION Requirements for the degree of B.S. in chemistry Laboratories Aims and objectives of graduate programs Major graduate level research activities ... Graduate research laboratories REQUIREMENTS FOR THE DEGREE OF B.S. IN CHEMISTRY [Back To Top] B.S. candidates in chemistry must follow a four year program as prescribed below. Technical electives may be any one of the courses by the departments or any other course numbered 400 or above offered by the department of physics, mathematics, biology or engineering. LABORATORIES [Back To Top] The Department of Chemistry has the following laboratories: General Chemistry Laboratory Equipped to acquaint the freshman with basicexperimental procedures and laboratory techniques used in the study of properties and analysis of common elements and their compounds. Analytical Chemistry Laboratory Facilities for qualitative and quantitative chemical analysis, including volumetric, gravimetric, colorimetric, potentiometric and spectrophotometric determinations. Physical Chemistry Laboratory Facilities for experimentation in the following areas Calibration in volumetry, densities of gases and vapors, solutions and solubilities, molecular weight determinations, thermodynamic, conductimetric and potentiometric measurements, velocity of chemical reactions, elementary radiochemistry, surface chemistry and colloid chemistry.

77. METU - Department Of Chemistry / Courses / Descriptions Of Undergraduate Courses Applications of general organic chemistry laboratory techniques. Safety andbasic techniques in inorganic chemistry laboratory, synthesis and http://www.chem.metu.edu.tr/ug_descrp.html

METU Department of Chemistry COURSES DESCRIPTIONS OF UNDERGRADUATE COURSES CHEM 101 General Chemistry I (4-2)5 (For BIO, BIOED, PHYS and PHED students) A basic course emphasizing the metric system, introduction to atomic theory, stoichiometry, the structural and physical properties of matterm, i.e., the electronic structure of atoms chemical binding, molecular geometry, hybridization and molecular orbital and the states of matter, i.e., gases, liquids and solids. CHEM 102 General Chemistry II (4-2)5 (For BIO, PHYS and PHED students) Continuation of CHEM 101. Discussion of physical properties of solutions in aqueous solution, chemical kinetics, chemical equilibrium, chemical thermodynamics and electrochemistry. Prerequisite : CHEM 101 CHEM 105 General Chemistry I (4-4)6 (For CHEM and CHED students) A basic course primarily intended for majors in chemistry includes experiments related to basic chemical principles. Properties of matter, periodic table, chemical bond and states of matter. Laboratory work includes some basic chemical reactions. CHEM 106 General Chemistry II (4-4)6 (For CHEM and CHED students) Continuation of CHEM 105. Chemical thermodynamics, kinetics, equilibrium and oxidation-reduction reactions.

78. CHEMISTRY CHEM 1112 General chemistry II Laboratory Continuation of CHEM 1111, Basic laboratory techniques; identification and purification of substances; http://www.uttyler.edu/web cat/chem_under.htm

CHEMISTRY (CHEM) CHEM 1311: General Chemistry I A general study of the fundamental principles of chemistry for majors in the sciences, health sciences, and engineering. Topics include measurements, fundamental properties of matter, states of matter, chemical reactions, chemical stoichiometry, periodicity of elemental properties, atomic structure, chemical bonding, molecular structure, solutions, properties of gases, and an introduction to thermodynamics and descriptive chemistry. Prerequisite Algebra II in high school or MATH 1314. Chemistry in high school is strongly recommended. Course fee required. CHEM 1111: General Chemistry I Laboratory Basic chemical laboratory techniques are introduced. Prerequisite Credit for or concurrent enrollment in CHEM 1311 Laboratory fee required. CHEM 1312: General Chemistry II Continuation of CHEM 1311. Topics include chemical equilibrium, acid-base concepts, thermodynamics, kinetics, electrochemistry, nuclear chemistry, and an introduction to organic chemistry and descriptive inorganic chemistry. Prerequisite CHEM 1311 Course fee required.

79. Chemistry: Courses Prerequisite An advanced undergraduate inorganic chemistry course or an CHEM 79001 Basic Laboratory techniques for Research in Analytical, http://web.gc.cuny.edu/Chemistry/courses/spring2004.htm

Home Announcements Program Courses ... Student Handbook Application COURSES: Spring, 2004 CHEM 60100 - Project Teach GC: T/R, 11:45 a.m.- 1:05 p.m., Rm. TBA, 1 credit Prof. Koeppl, [62190] An introduction to teaching college recitation and laboratory sections. CHEM 71000 - Advanced Inorganic Chemistry GC: R, 2:00 - 5:00 p.m., Rm. TBA, 3 credits Professor Koide [62191] Prerequisite: An advanced undergraduate inorganic chemistry course or an undergraduate course in quantum chemistry. Structure and bonding of inorganic compounds. Ligand field theory. An introduction to group theory. CHEM 75000 - Advanced Organic Chemistry I GC: T, 2:00 - 5:00 p.m., Rm. TBA, 3 credits Professor Greer [62192] A fundamental course in physical organic chemistry covering molecular structures and reaction mechanisms. Emphasis is on methodology of physical organic chemistry. CHEM 75100 - Advanced Organic Chemistry II GC: T, 3:30 - 5:30 p.m., R, 5:30 - 7:30 p.m., Rm. TBA, 3 credits Professors Mootoo and Lakshman [62193] Prerequisite: CHEM 75000 or permission of the Executive Officer. A survey and evaluation of methods for achieving the more common synthetic transformations in organic chemistry.

80. CHEM 286 - Experiments Of The Organic Chemistry Laboratory Course Organic chemistry laboratory 2. Last update May 5th, 2003 lab techniqueslearned. General organic reaction methods; Reflux as a synthetic method http://www.sfu.ca/chemistry/students/courses/chem286/experiments.htm

CHEM 282Lab Organic Chemistry Laboratory 2 Last update: May 5th, 2003 Home General Information Current Announcements Experiments Techniques Instructor Experiments Please note that this page is still very much in progress - the enamine experiment is the only link to the detail page available at this time. Exp 1) Isolation of Caffeine from Tea 1/2 Lab period - Warm-up lab in week one Lab techniques learned: Extraction Sublimation M elting point determination Exp 2) Synthesis of Sulcatol Sodium borohydride reduction of a ketone 2 Lab periods Week 2 (Synthesis and work-up) and week 3 (Vacuum distillation) Lab techniques learned: General organic reaction methods Reflux as a synthetic method TLC to check reaction progress Extraction and washing techniques Use of drying agents for organic solutions Vacuum distillation IR spectroscopy Exp 3) Electrophilic Aromatic Substitution The bromination of Competing Nucleophiles 1 Lab period Week 4 Lab techniques learned: Dealing with corrosive reaction medium Extraction and washing techniques Recrystallization Product identification from melting point Exp 4) Diels-Alder reaction Maleic anhydride and Furan cyclization 2 x 1/2 Lab periods Week 5 (mixing of reagents) and week 6 (recrystallization and identification)

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