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Course Criteria
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3.00 Credits
This course introduces the student to the use of computers to address questions in chemistry. Basic notions of self consistent field and density functional theory will be introduced. Molecular wave functions (orbitals) for molecules of increasing complexity, starting from simple diatomic molecules and increasing to molecules of biological relevance, will be determined. Visualization tools will be used to understand the nature of chemical bonding and molecular interactions. Ligand field interactions will be quantified. Chemical reactions, for example SN2 reactions, will be described using rigorously computed reaction paths. Equilibrium and transition state structures will be determined and analyzed. Molecular vibrations will be computed, analyzed and visualized. Infrared spectra will be simulated. The effects of solvents will be considered. NMR chemical shifts will be studied. Prerequisite: 030.205-206
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3.00 Credits
This course introduces the student to experimental methodologies used in gas phase physical chemistry. Topics to be covered include vacuum technology, charged particle optics, lasers, mass spectrometry, data acquisition, detectors, measurement of temperature and pressure, and design and fabrication of scientific apparatus. These topics will be tied together with examples of specific experimental studies.
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3.00 Credits
Prereq: Calculus (including power series) A systematic, hands-on introduction to Mathematica. Covers Mathematica's basic "language," analytic and numerical calculations, data manipulation, graphical representation, interactivity, programming, and document production.
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4.00 Credits
Course provides comprehensive, intensive introduction to the study of ancient Greek. The first semester’s focus is morphology and vocabulary; the second semester’s emphasis is syntax and reading. Credit is given only upon completion of a year’s work. Course may not be taken Satisfactory/ Unsatisfactory.
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3.50 Credits
Course provides comprehensive, intensive introduction to the study of Latin for new students as well as systematic review for students with background in Latin. The first semester’s emphasis is morphology and vocabulary; the second semester’s focus is syntax and reading. Credit is given only upon completion of a year’s work. Course may not be taken Satisfactory/ Unsatisfactory.
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3.00 Credits
This course examines important social, political, and cultural developments in the ancient Roman world, primarily through a study of literary texts, from Rome’s beginnings as a small city-state to the high empire.
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3.00 Credits
Greek myths fascinate us as adventurous narratives, yet they always sound enigmatic and require interpretation. This course will combine the pleasure of reading stories and the concern for their understanding. Readings in ancient and modern texts. The course may not be taken S/U. This course meets Hopkins’ requirements for a major in classics.
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3.00 Credits
At the peak of its power, the Roman empire extended from Scotland to Syria, incorporating numerous cultures, attitudes, and lifestyles. This course examines Roman social practices, political institutions, and religion from the empire's humble beginnings through its final period, using a wide variety of materials including drama, poetry, history, and oratory. This course may not be taken S/U and meets the Hopkins requirements for a major in classics.
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3.00 Credits
Reading ability in classical Greek is developed through a study of various authors, primarily Plato (fall) and Homer (spring). Prerequisites: 040.105-106 or equivalent
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3.00 Credits
Reading ability in Latin is developed through the study of various authors, primarily Cicero (fall) and Vergil (spring). Prerequisites: 040.107-108 or equivalent
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