21. Courses (CHE) Chemistry lab work includes methods of synthesis, purification, and spectroscopic identification CHE 207 Organic chemistry laboratory techniques I (2 credits) http://www.mccc.edu/courses/CHE.htm

CHE) Chemistry CHE 100 - Introductory Chemistry CHE 101 - General Chemistry I CHE 102 - General Chemistry II CHE 105 - Agricultural Chemistry ... CHE 308 - Cooperative Education III CHE 100 - Introductory Chemistry (3 credits) Prerequisite: proficiency in basic algebra Selected fundamental principles of general chemistry for students who have not had high school chemistry and for those who need a review before taking other chemistry courses. [Does not include laboratory instruction and does not fulfill any requirements in the chemistry program.] 3 lecture hours Course Outline CHE 101 - General Chemistry I (4 credits) Prerequisite: MAT 141 Corequisite: ENG 101 Basic concepts and theoretical principles of modern chemistry. Topics include stoichiometry; atomic theory and the structure of matter; periodic table; chemical bonding; kinetic-molecular theory and the states of matter; gas laws; solutions; oxidation-reduction; and acid-base systems. Lab work introduces the use of computers for data collection and analysis. 2 lecture/1 recitation/3 laboratory hours Course Outline CHE 102 - General Chemistry II (4 credits) Prerequisite: CHE 101 with a minimum C grade or permission Corequisite: MAT 146 or approved equivalent Theoretical and practical aspects of kinetics; simple and ionic chemical equilibria; thermodynamics; spectrophotometry; electrochemistry; nuclear chemistry; and the major families of chemical elements with emphasis on the transition elements. Lab work includes qualitative cation and anion analysis plus additional computer applications for data collection and analysis.

22. Chemistry 244a Organic Chemistry Lab chemistry 244a Organic chemistry lab. Course Overview Abridged version ofIntroduction to Organic laboratory techniques A Microscale Approach, Pavia, 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.

23. Chemistry Courses One threehour lab per week. Concurrent registration in 107 required. Introduction to laboratory techniques in organic chemistry. http://www.tulane.edu/~chemstry/chemcor.html

24. University College Of Tulane properties of gases, and simple analytical techniques. One threehour lab perweek. Introduction to laboratory techniques in organic chemistry. http://www.tulane.edu/~uc/courses/chemistry.htm

25. SparkNotes: SAT II Chemistry: Some Common Lab Techniques Some Common lab techniques. Massing solids When obtaining the mass of solid Many solutions in chemistry also have color, which is often the result of http://www.sparknotes.com/testprep/books/sat2/chemistry/chapter11section3.rhtml

saveBookmark("", "", ""); Jump to a New Chapter Introduction to the SAT II Introduction to the SAT II Chemistry Test Strategies for Taking the SAT II Chemistry Test The Structure of Matter The States of Matter Reaction Types Stoichiometry Equilibrium and Reaction Rates Thermodynamics Descriptive Chemistry Laboratory Basic Measurement and Calculation Review Chemical Formulas Review: Nomenclature and Formula Writing Practice Tests Are Your Best Friends < return to the previous section continue to the next section >> Rules for Basic Laboratory Safety Common Laboratory Equipment ... Explanations Some Common Lab Techniques Massing solids : When obtaining the mass of solid chemicals, always use some type of weighing paper to protect the pan of the balance. Remember that the mass of the weighing paper must be written down and subtracted from the total weight when you are determining the amount of solid obtained. Measuring liquids : When measuring out a particular volume of a liquid, you must choose an instrument that will measure as accurately as possible. For small quantities it would be appropriate to use a pipette or burette. For larger quantities a graduated cylinder might be appropriate. Remember that beakers are not accurate measuring instruments! Remember always to take measurements of liquids from the bottom of the meniscus.

26. NCCC Chemistry Course Descriptions (3 lab hrs. per week) 1 Cr. The basic techniques, skills and philosophies involvedin the synthesis, isolation, purification and identification of organic http://www.sunyniagara.cc.ny.us/catalog/chemcd.html

NCCC HOME PAGE Chemistry CHE 100M Fundamentals of Chemistry (3 Lec. hrs. per week) 3 Cr. Emphasis is placed on the foundations of chemistry, the study of matter, in this one-semester course. Topics include gases, acids, bases, oxidation, and trends within the elements. (Usually offered Fall semester.) Prerequisites: One year of high school algebra or acceptable score on higher math assessment test. Co-requisite: CHE 101 Meets General Education Goals 2, 3, 5 CHE 101L Fundamentals of Chemistry Laboratory (3 Lab hrs. per week) 1 Cr. Proper use of laboratory equipment and the development of laboratory skills are emphasized in the early portion of the program. Methods for reporting the accuracy and precision of experimental data are introduced. Chemical and physical properties of substances are observed along with basic quantitative relationships in chemical reactions. (Usually offered Fall semester.) Co-requisite: CHE 100 Meets General Education Goals 2, 3, 5 CHE 110M College Chemistry I (4 Lec. hrs. per week) 4 Cr.

27. Organic Chemistry Laboratory James W. The Organic chemistry lab Survival Manual A Student s Guide totechniques Ault, Addison; techniques Experiments for Organic chemistry http://www.umsl.edu/~chemist/cgi-test/mybooks.pl?category=35

28. Courses | Areas | Exploring | Chemeketa CH104 and CH104R chemistry for Allied Health 3 class, 2 lab and 1 recitation Covers basic chemical principles, laboratory techniques and analytical http://www.chemeketa.edu/exploring/areas/courses/ch.html

Class Schedule Explore Programs Physical Science Chemistry CH104 and CH104R Chemistry for Allied Health 3 class, 2 lab and 1 recitation hrs/wk, 5 cr. Focuses on general chemistry with emphasis on the applications of chemical principles to the life sciences. Topics include structure and properties of matter; energy; atomic structure and bonding; gas laws; chemical reactions; reaction rates and equilibrium; and water, solutions and colloids. First term of a three-term sequence dealing with the molecular basis for life. Designed for Nursing, Dental Hygiene, EMT and other Allied Health students who plan to pursue careers in the health science professions. Prerequisite: MTH070. Corequisite: CH104 with CH104R. F, W, Sp CH105 and CH105R Chemistry for Allied Health 3 class, 2 lab and 1 recitation hrs/wk, 5 cr. Covers the molecular basis for life. Designed for Nursing, Dental Hygiene, EMT and other Allied Health students who plan to pursue careers in the health science professions. Topics include colloids; reaction rates and equilibrium; acids and bases and their regulation in the body; saturated and unsaturated hydrocarbons; alcohol, ethers, aldehydes, ketones, carboxylic acids and esters. Second term of a three-term sequence. Prerequisite: CH104. Corequisite: CH105 with CH105R. W, Sp CH106 and CH106R Chemistry for Allied Health 3 class, 2 lab and 1 recitation hrs/wk, 5 cr.

29. Techniques In Chemistry Lab (F1109) Home News events Admissions Teaching Research People Contacting us Home Teaching Course directory techniques in chemistry lab http://www.sussex.ac.uk/chemistry/F1109.html

Home A-Z Index People Reference Contact us Chemistry Home Admissions Teaching Research ... Course directory Techniques in Chemistry Lab (F1109) in detail... Key facts Assessments Teaching methods document.write('Show all details'); Key facts Level 3 12 credits Learning Resources Teaching pages Assessments Type Timing Weighting Coursework SPRING Test SPRING Week 10 Fri 10:00 Timing Submission deadlines may vary for different types of assignment/groups of students. Weighting Coursework components (if listed) total 100% of the overall coursework weighting value. Teaching methods Term Method Duration Week pattern Spring Term LABORATORY 5 hours How to read the week pattern The numbers indicate the weeks of the term and how many events take place each week. Data maintained by School Administrator (Curriculum) Feedback

30. Chemistry Catalog Course Descriptions - University Of Wisconsin-Platteville Environmental chemistry lab. laboratory complementary to chemistry 313 in whichstudents chemistry of biological compounds and biochemical techniques. http://www.uwplatt.edu/chemep/chem/pro/courses.htm

Chemistry Courses CHEM: 11- : 2 credits. Introductory Chemistry. A one-semester introductory course for students who do not have a sufficiently strong chemistry backround to succeed in Chemistry 145. Measurements, atomic and molecular structure, periodicity, stoichiometry, states of matter, intermolecular forces, and solutions. This course does not have a laboratory and does not satisfy the general education laboratory science requirement. F S CHEM: 11- : 5 credits. General Chemistry. A one-semester survey of chemistry including organic and inorganic compounds. A course to partially satisfy the laboratory science requirement, and for students who need only one semester of chemistry. Lecture and Lab. F S CHEM: 11- : 4 credits. General Chemistry. First semester of a two-semester sequence. Basic theory and concepts; atomic structure, periodic law, stoichiometry, gas laws, thermochemistry, solutions, the chemical bond, oxidation-reduction. Lecture and Lab. F S CHEM: 11- : 4 credits.

31. Course Index: Chemistry in both CHEMSTRY 2150 and CHEMSTRY 4130; CHEMSTRY 4610 1 credit GeneralBiochemistry lab chemistry of biological compounds and biochemical techniques. http://www.uwplatt.edu/academics/catalogs/undergraduate/current/courses/chemstry

getImg("G"); CHEMSTRY 1020 2 credits Introductory Chemistry A one semester course for students who do not have a sufficiently strong chemistry background to succeed in Chemistry 1450. Topics will include measurements, atomic and molecular structure, periodicity, stoichiometry, states of matter, intermolecular forces, and solutions. (Fall, Spring) Components: Discussion, Lecture CHEMSTRY 1050 5 credits General Chemistry A one-semester survey of chemistry including organic and inorganic compounds. A course to partially satisfy the laboratory science requirement, and for students who need only one semester of chemistry for their major. (Fall, Spring) Components: Discussion, Laboratory, Lecture GE: Natural Science CHEMSTRY 1140 4 credits General Chemistry First semester of a two-semester sequence. Basic theory and concepts; atomic structure, periodic laws, stoichiometry, gas laws, thermochemistry, solutions, the chemical bond, oxidation-reduction. (Fall, Spring) Components: Discussion, Laboratory, Lecture GE: Natural Science Prereqs/Coreqs: P: "C" or better MATH 1530 or 1630 or 1730 or 1830 or math proficiency level of 17 or higher CHEMSTRY 1240 4 credits General Chemistry Second semester of a two-semester sequence. Kinetics, chemical equilibrium, electrochemistry, thermodynamics, organic, descriptive and nuclear chemistry. Lecture and Lab. (Fall, Spring)

32. Chemistry Courses CH 317L, Organic chemistry laboratory I. Introduction to lab techniques in organicchemistry; extraction, purification, and chromatographic analysis. http://captain.park.edu/chemistry/courses.htm

Department of Chemistry Major and Minor CHEM Club CH - CHEMISTRY (NS) CH 101 Chemistry in the World (MGE) This course is designed to acquaint nonscience majors with the impact of chemistry on their world. The course provides a general introduction to both inorganic and organic chemistry and stresses applications of chemistry in the commercial, industrial and technological components of society. 3:2:4 CH 102 Contemporary Chemistry CH 102 will introduce the non-science major student to the impact that teh science of chemistry has on their world.. The course provides a general introduction to the principles of the science of chemistry and stresses applications of chemistry in the commercial, industrial and technological components of society. 3:0:3 (Taught in accelerated programs only) CH 105 Introductory Chemistry (MGE) A survey of general chemistry, organic chemistry and biochemistry. Basic principles as applied to health science will be covered. The lab will be a practical application of the principles covered in lecture. 4:3:5 CH 107 Introduction to Chemistry I (MGE) An introduction to chemistry by developing fundamental tools such as problem solving methods and the concept of the mole. Major topics covered include stoichiometry, atomic and molecular structure and states of matter. Prerequisite: high school algebra or equivalent. Corequisite: CH 107L (except in accelerated programs).3:0:3

33. Chemistry CHM 131A Introduction to chemistry lab 0 3 0 1 Emphasis is placed on developinglaboratory techniques used in the separation, identification, http://technet.gtcc.cc.nc.us/academic/classes/chm.htm

Chemistry (CHM) CHM 090 Chemistry Concepts 4 4 This course provides a non-laboratory based introduction to basic concepts of chemistry. Topics include measurements, matter, energy, atomic theory, bonding, molecular structure, nomenclature, balancing equations, stoichiometry, solutions, acids and bases, gases, and basic organic chemistry. Upon completion, students should be able to understand and apply basic chemical concepts necessary for success in college-level science courses. CHM 092 Fundamentals of Chemistry 3 2 4 This course covers fundamentals of chemistry with laboratory applications. Topics include measurements, matter, energy, atomic theory, bonding, molecular structure, nomenclature, balancing equations, stoichiometry, solutions, acids and bases, gases, and basic organic chemistry. Upon completion, students should be able to understand and apply basic chemical concepts and demonstrate basic laboratory skills necessary for success in college-level science courses. (Offered Fall, Spring semester)

34. Green Chemistry At Oregon In the general chemistry lab, Senior Instructor Deborah Exton has developed a traditional lab techniques and learning stateof-the-art green techniques. http://www.uoregon.edu/~hutchlab/greenchem/atoregon.html

The UO Chemistry Department In the general chemistry lab, Senior Instructor Deborah Exton has developed a series of greener alternatives to the traditional lab experiments. The new experiments significantly reduce the amount of toxic waste generated in the large sections of general chemistry lab as well as provide a safer working environment for the students and staff. Parallel with Exton's efforts, Professors Cathy Page David Tyler and David Johnson have developed a general chemistry course sequence that emphasizes environmental and green topics. This new sequence is gaining popularity as increasing numbers of students are interested in learning science in the context of environment-related topics. At the sophomore level, the UO's Green Organic Lab curriculum, developed by James Hutchison and Kenneth Doxsee , is the first of its kind to fully implement the use of green reagents and solvents in the organic laboratory. Students learn to identify hazardous substances and processes, develop alternative reaction procedures and evaluate the efficacy of the new procedures while mastering the traditional lab techniques and learning state-of-the-art green techniques. Assistant Department Head Dr.

35. Chemistry Department Info CHEM 338 ORGANIC chemistry lab I (1). Selected techniques of organic and biochemicalanalysis, separation and synthesis. Offers experience in performing http://www.eou.edu/chem/department/courses.html

36. Chemistry Course Descriptions Lecture 4 hours – lab 3 hours Prerequisite High school chemistry or CHEM 100; This course introduces the student to laboratory techniques of organic http://www.cscc.edu/DOCS/CHEMDES.HTM

Chemistry (CHEM) A mandatory safety lesson must be completed before the student is admitted to any other chemistry laboratory sessions. Approved Chemical Splash Resistant goggles are required and may be purchased through the Bookstore. Certain clothing restrictions exist and will be explained by the instructor. Attendance during the first week of class is mandatory and may affect a student's continued enrollment in these classes. Students must complete 60% of the laboratories in a course to receive credit. Courses in this area may require additional hours outside of the scheduled class times. High School chemistry must have been completed within the last 3 years in order to meet the prerequisite requirement. CHEM 100 Introduction to Chemistry (A,W,SP,SU -DL) 4 credits A preparatory chemistry course covering the basic concepts of chemistry with emphasis on the physical and chemical properties of matter, problem-solving, and an introduction to chemical reactions. Related laboratory work and demonstrations. Safety training and goggles are required for laboratory sessions. Students enrolled in distance versions of this course will be required to come to campus for an orientation meeting, completion of certain exams and laboratories. Laboratories are generally done on an every other week basis on campus. Lecture: 3 hours – Lab: 3 hours Prerequisite: MATH 102 or higher. Placement into ENGL 100 or higher. Not open to students with credit for CHEM 111, CHEM 112, CHEM 113, CHEM 171, CHEM 172, or CHEM 173

37. Laboratory Techniques For General Chemistry laboratory techniques for General chemistry This collection of techniquesteaches the student how a lab functions within all scientific curriculums for http://www.hmpub.com/Brown/brown.htm

[Back] Home Page Other Hayden-McNeil Products Contact Us Order a Free Sample (for faculty evaluation for adoption only) Laboratory Techniques for General Chemistry Introducing Hayden-McNeil's new Laboratory Techniques! This collection of techniques teaches the student how a lab functions within all scientific curriculums for all teaching methods, including inquiry based curriculums. The following chapters are included: Laboratory Safety Reporting Experimental Results Laboratory Mathematics Frequently Used Techniques Spectroscopy Please click on the links below to see sample pages. This book has been prepared by Steven L. Brown from the University of Arizona. Hayden-McNeil Home Orders and Inquiries © 2002 Hayden-McNeil Publishing, Inc.

38. Rockhurst University Department Of Chemistry Organic chemistry laboratory I (1) Basic techniques and theory in various lab fee. Prerequisite CH 2630. CH 3510 (PH 3510). Physical chemistry I (3) http://www.rockhurst.edu/academic/chemistry/courses.asp

Department of Chemistry Overview Mission Typical Schedule Science Labs ... Contact Us Courses For detailed curriculum information, refer to the University catalog CH 1050. Principles of General Chemistry (3) A one-semester course, primarily for nursing and allied health students. This course is also strongly recommended for students with deficiencies in their chemistry background who plan to pursue other programs in the sciences that require CH 2610. Concurrently: CH 1060. (SCI) CH 1060. Principles of General Chemistry Laboratory (1) Basic laboratory techniques are used to investigate various theoretical principles. Laboratory two hours a week. Lab fee. Concurrently: CH 1050. (SCI) CH 2610. General Chemistry I (4) An introductory course treating the essential principles of theoretical and descriptive chemistry. Lecture three hours, laboratory four hours a week. Lab fee. Prerequisite or concurrently: MT 1190 Precalculus. (SCI) CH 2630. General Chemistry II (4)

39. Writing Policy laboratory techniques II (CHY 116). Writing Exercise. Abstracts; lab notebooks Throughout this course and all subsequent chemistry lab courses, http://www.usm.maine.edu/chy/writepol.htm

Writing in the Chemistry Curriculum: An Overview for the Student Chemistry Department University of Southern Maine Portland, Maine Contents Introduction The Goals of Writing Writing Requirements in Chemistry Courses Appendix 1: Edited Standard Written English ... Appendix 2: Summary of Writing and Computer Assignments in Chemistry Courses Introduction This overview includes a statement of the Chemistry Department's policy on writing in the laboratory courses, followed by descriptions of the writing requirements in each course. These writing requirements are designed to build, over the three or four years of chemistry course work, skill in scientific writing and reporting. Work submitted to fulfill writing requirements should conform to the standard of Edited Standard Written English (see Appendix ). They should be examples of your best writing, prepared with the same care that you would take in a writing course. Choose words with precision and spell them correctly. Construct sentences that are logical and grammatically correct. Develop only a single topic in each paragraph. Arrange paragraphs in sensible order. Shortcomings in these areas will lower the grade. At least for the first one or two assignments of each type, the instructor will return unsatisfactory work, with suggestions, and the student will revise and resubmit the work until it is satisfactory. The Goals of Writing As you undertake the writing exercises in each course, remember these points about the aims and goals of writing:

40. Chemistry 116 Syllabus Syllabus laboratory techniques II, CHY 116. Quick Links lab Schedule laboratory Handbook for General chemistry; Approved laboratory Notebook http://www.usm.maine.edu/chy/manuals/116/116syl.html

Chemistry Department, University of Southern Maine Syllabus: Laboratory Techniques II , CHY 116 Quick Links: Lab Schedule Online Lab Manual Locations Prelab meetings: Check USM Course Schedule Lab work, Payson 305 What You Need For This Course NOTE: First Lab Meeting: Print and bring to first meeting: Procedure and Report forms for Experiment #1 from the Online Lab Manual BEFORE your first lab meeting, obtain the following items from the bookstore: Laboratory Handbook for General Chemistry Approved Laboratory Notebook Splash-protective goggles Scientific calculator than handles scientific notation and logarithms You will also need USM computer and email accounts. A small amount of required computer work can be done only in the USM computer labs. To read and print laboratory report forms, you will need the latest version of Adobe Reader Finally, you will need your classroom text (Chang, Chemistry , 7th edition) or a recent, comparable general chemistry text. Support for Students If you need course adaptations or accommodations because of a disability , please inform your instructor during the first week of the semester, after consulting with the Office of Academic Support for Students with Disabilities, 242 Luther Bonney (780-4706).

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