Chemistry Degrees Online

103. General Chemistry I – 4 Credits
Introduction to chemical characteristics and behavior, stressing atomic structure, stoichiometry, chemical equilibrium and kinetics, and descriptive chemistry of important elements. Laboratory includes qualitative and quantitative exercises, and syntheses. Lecture 3 hours, laboratory 3 hours. Credit will not be granted for more than one of the following sequences: CH103-CH104, CH111-CH112, or CH103-CH112. Prerequisites: One year of high school chemistry and a score of 2 or better on the Norwich University Mathematics Placement Test or a “C” or better in MA103. Offered fall semesters.
104. General Chemistry II – 4 Credits
Continuation of the study of chemical characteristics and behavior, stressing atomic structure, stoichiometry, chemical equilibrium and kinetics, and descriptive chemistry of important elements. Laboratory includes qualitative and quantitative exercises, and syntheses. Lecture 3 hours, laboratory 3 hours. Same credit restrictions as given under CH103. Prerequisite: CH103. Offered spring semesters.
111. Chemistry and the Chemical World – 4 Credits
Entry-level chemistry course introducing the non-science major to chemistry’s impact upon the modern world. Qualitative interpretation of chemistry’s role in areas of societal concern such as natural resources, environmental quality and pollution, and nuclear and alternative energy forms. Laboratory work will include qualitative as well as quantitative investigations. Lecture 3 hours, laboratory 3 hours. Same credit restrictions as given under CH103. Prerequisite: Score of 1 or better on the Norwich University Mathematics Placement Test or successful completion of MA005. Offered fall semesters.
112. Living Chemistry – 4 Credits
Introduces practical aspects of organic and biochemistry and will include applied areas of biochemistry, such as drugs and chemical therapy, nutrition and food additives, toxicology, and consumer chemistry. Laboratory emphasis directed toward synthetic and analytical techniques as applied to these areas. Lecture 3 hours, laboratory 3 hours. Recommended to students not majoring in science or engineering. Same credit restrictions as given under CH103. CH112 may not be taken for credit after successful completion of CH205. Prerequisites: CH111 or CH103, or one year of high school chemistry taken within the last five years, or by permission of the instructor; score of 1 or better on the Norwich University Mathematics Placement Test or successful completion of MA005. Offered spring semesters.
204. Quantitative Analysis – 4 Credits
A course on the general principles and laboratory practices of quantitative analysis, applied principally in colorimetric and volumetric determinations. Studies of theory and practical procedures associated with gravimetric analysis, potentiometric titrations, and use of pH-meters. Lecture 3 hours, laboratory 6 hours. Prerequisite: CH103-104. Offered odd numbered spring semesters.
205. Survey of Organic Chemistry – 4 Credits
An introduction to the covalent compounds of carbon. Laboratory work involves elementary manipulation of organic laboratory equipment, preparation and identification of typical organic compounds, and the characteristics of the major functional groups. Lecture 3 hours, laboratory 3 hours. Prerequisites: CH103-104. Offered odd numbered fall semesters.
214. Communication in Chemistry – 1 Credit
This course illustrates the organization of the chemical literature, the efficient search of the literature and a formal introduction to scientific writing. Offered even numbered fall semesters.
225. Organic Chemistry I – 4 Credits
An introduction to the study of carbon compounds; preparation and identification of typical compounds. Lecture 3 hours, laboratory 3 hours. Prerequisites: CH103-104 or by petition. Offered fall semesters.
226. Organic Chemistry II – 4 Credits
A continuation of the study of carbon compounds; preparation and identification of typical compounds. Lecture 3 hours, laboratory 3 hours. Prerequisite: CH225. Offered spring semesters.
314. Instrumental Methods – 3 Credits
A course on the theory of modern instrumental methods. Lecture 3 hours. Prerequisites: CH204 required, CH327-328 recommended. Offered even numbered spring semesters.
315. Analysis Laboratory – 1 Credit
A course that provides upper class laboratory experience in chemical methods of measurement and analysis. Laboratory 3 hours. Prerequisites: CH204. Offered even numbered spring semesters.
324. Biochemistry I – 3-4 Credits
A course on the chemical phenomena and energy effects in life processes. Topics include structure and function of biomolecules, metabolism (catabolism and anabolism), photosynthesis and recombinant DNA technologies. Lecture 3 hours, laboratory 3 hours. Prerequisites: CH103-104, and either CH205 or co-requisite of CH226. Offered even numbered spring semesters.
325. Biochemistry II – 3-4 Credits
A continuation of the study of the chemical phenomena and energy effects in life processes. Topics include structure and function of biomolecules, metabolism (catabolism and anabolism), photosynthesis and recombinant DNA technologies. Lecture 3 hours, laboratory 3 hours. Prerequisite: CH324. Offered even numbered fall semesters.
327. Physical Chemistry I – 3 Credits
A course on the physical properties and structure of matter; general principles and theories of chemical interaction. Major areas studied are chemical applications of thermodynamics; phase equilibria; electrochemistry; reaction kinetics; description of electronic structure of atoms and molecules. Lecture 3 hours. Prerequisites or co-requisites: MA224, CH103-104; College physics recommended as a co-requisite. Offered even numbered fall semesters.
328. Physical Chemistry II – 3 Credits
A continuation of the study of the physical properties and structure of matter; general principles and theories of chemical interaction. Major areas studied are chemical applications of thermodynamics; phase equilibria; electrochemistry; reaction kinetics; description of electronic structure of atoms and molecules. Lecture 3 hours. Prerequisite: CH327. Offered odd numbered spring semesters.
337. Physical Chemistry Laboratory I – 1 Credit
Laboratory investigations with written formal reports on the physical properties and chemical behavior of substances. Laboratory 3 hours. Prerequisite or co-requisite: CH327. Offered even numbered fall semesters.
338. Physical Chemistry Laboratory II – 1 Credit
Laboratory investigations with written formal reports on the physical properties and chemical behavior of substances. Laboratory 3 hours. Prerequisite or co-requisite: CH328. Offered odd numbered spring semesters.
413. Chemistry Seminar – 1 Credit
Part of a capstone experience that provides individual assignments, written reports, oral reports, and class discussion on chemical topics of current interest. Reading, writing, speaking and critical thinking skills are emphasized. Lecture 1 hour. Prerequisites: CH225-226, CH327-328. Offered fall semesters.
421. Chemical Synthesis and Examination I – 3 Credits
A capstone experience in which organic, inorganic and compounds of biological interest are synthesized and examined with respect to purity and properties. The objectives are to develop an integrated perspective on the general field of chemistry and to develop proficiency in practical laboratory procedures and in reporting results. Laboratory and occasional lectures 8 hours. Prerequisites or co-requisites: CH225-226, CH327-328. Offered fall semesters.
422. Chemical Synthesis and Examination II – 3 Credits
A capstone experience in which organic, inorganic and compounds of biological interest are synthesized and examined with respect to purity and properties. The objectives are to develop an integrated perspective on the general field of chemistry and to develop proficiency in practical laboratory procedures and in reporting results. Laboratory and occasional lectures 8 hours. Prerequisites or co-requisites: CH225-226, CH327-328. Offered spring semesters.
425. Thesis – 1-3 Credits
This course allows the student to conduct research on a project approved by the faculty of the chemistry and biochemistry programs. The student can be expected to perform the necessary experiments, organize and interpret the data and to communicate the results of the project with a comprehensive report. Prerequisites: CH225-226. Co-requisites: CH327-328, CH438. Permission of the program faculty is also required. The student may re-enroll in CH425 for up to 6 credits.
438. Advanced Inorganic Chemistry – 3 Credits
A course on the chemistry of the elements: properties, characteristics, and behavior. Lecture 3 hours. Prerequisites: CH327-328. Offered odd numbered fall semesters.
439. Advanced Organic Chemistry – 3 Credits
An advanced and thorough development of topics introduced in CH225-226. Lecture 3 hours. Prerequisites: CH225-226. Offered on occasion.
450. Advanced Physical Chemistry – 3 Credits
An advanced and thorough development of topics introduced in CH327-328. Lecture 3 hours. Prerequisites: CH327-328. Offered on occasion.

Requirements: A total of at least 56-58 credits in science and math, including at least 30 credits in chemistry and an emphasis selected from the three listed below.
CM 221 General Chemistry I (3), and
CM 221L General Chemistry I Laboratory (1)
CM 222 General Chemistry II (3), and
CM 222L General Chemistry II Laboratory (1)
CM 261 Analytical Chemistry (3), and
CM 261L Analytical Chemistry Laboratory (1)
CM 294, 394, or 494 Topics in Chemistry (1 each)
CM 321 Organic Chemistry I (3), and
CM 321L Organic Chemistry I Laboratory (1)
CM 322 Organic Chemistry II (3), and
CM 322L Organic Chemistry II Laboratory (1)
CM 331 Inorganic Chemistry (3)
CM 351 Thermodynamics and Kinetics (3)
CM 362 Integrated Laboratory I (1)
CM 461 Integrated Laboratory II (1)
CM 497 Research (1)*
CM 498 Senior Seminar (1)**
MA 251, 252 Calculus I, II (4 each)
PH 211 Physics for Science and Engineering I (3), and
PH 211L Physics for Science and Engineering I Laboratory (1)
PH 212 Physics for Science and Engineering II (3), and
PH 212L Physics for Science and Engineering II Laboratory (1)

Chemistry Emphasis (9-11 credits):
CM 471 Structure Elucidation (3)
PH 313 Modern Physics (3), and
PH 313L Modern Physics Laboratory (1); or,
PH 481 Fundamentals of Quantum Mechanics (3)
Choose one of the following:
BI 441 Biochemistry I (3), and
BI 441L Biochemistry I Laboratory (1)
CM 472 Advanced Organic Chemistry (3)
PH 472 Solid State Physics (3)

Biochemistry Emphasis (11 credits):
BI 222 General Biology II: Foundations of Molecular and Cellular Biology (3), and
BI 222L General Biology II: Foundations of Molecular and Cellular Biology Laboratory (1)
BI 441 Biochemistry I (3), and
BI 441L Biochemistry I (1)
BI 442 Biochemistry II (3)

Environmental Chemistry Emphasis (10 credits):
BI 221 General Biology I: Foundations of Biological Diversity (3), and
BI 221L General Biology I: Foundations of Biological Diversity Laboratory (1)
BI 324 Plant and Animal Ecology (3); or,
*approved Ecology course; or,
***Environmental chemistry or water quality course (3)

In addition to the above requirements, the student will be required to successfully pass an oral examination or a written subject examination in the field of chemistry.

*A minimum of one credit is required, but a maximum of six credits in CM 497 will be allowed toward the major.

**CM 498 must be taken at Northwest Nazarene University.

***Courses in ecology and environmental chemistry are available through the
off-campus Au Sable Institute.

The Applied Chemistry BSc (Hons) is a four year part time degree involving attendance on one day per week.

The course covers a wide range of topics in theoretical and practical chemistry and allows for specialist options to be taken, subject to demand. The course is accredited by the Royal Society of Chemistry.

If you are employed by a local organisation, you will be able to continue your education to degree level in Applied Chemistry. The course is also open to independent students.

In order to be accepted on to the course, you will need to have an HNC in Science (Chemistry) or have successfully completed the first year of a full time chemistry based degree. Applicants with other qualifications will be considered but the course is not designed for entry immediately after A-levels (or equivalent).

Most of the course is common and co-taught with the second and final year of our full time Applied Chemistry BSc (Hons) degree.

Year 1
In the first year, you will look at Physical Chemistry, Physical Organic Chemistry and Analytical Chemistry. You will also study Statistics and will carry out ‘pure’ chemistry experiments in the lab.

Year 2
The second year will cover Organic and Inorganic Chemistry, Chemistry Laboratory and Computational Chemistry. You will also have the option of studying Medicinal or Analytical Chemistry (option choices are subject to sufficient numbers).

Year 3
As most students on the course are already employed, it will not normally be necessary to do a work placement in the 3rd Year.

Your studies will cover Advanced Physical and Organic Chemistry, Spectroscopic Determination of Molecular Structures and Reviewing a Subject using the scientific literature. There will also be various option choices, such as Natural Products, Contaminated Land, Polymers and Drug Analysis.

Year 4
In your final year you will study Chemometrics, Advanced Inorganic Chemistry and Frontiers of Chemistry, looking at special topics related to research. You will also get the opportunity to do a Research Project, which is normally work based.