Undergraduate Catalog 2007-2008
UDM Academic PoliciesCourse DescriptionsList of All ProgramsFaculty


HON 101 Introductory Psychology
Credit HoursRecitation/Lecture HoursStudio HoursClinical HoursLab Hours


Covers methods and principles of Psychology as a science, including an overview of psychobiology, development, and personality. This course connects modern literary and cinematic use of psychological concepts.
30000

HON 131 Academic Writing
Credit HoursRecitation/Lecture HoursStudio HoursClinical HoursLab Hours


Adds the study of different types of literature to the study of writing which is the focus of regular ENG 131 courses. Literary works will serve as sources of essays. Composition on word processing equipment is required.
30000

HON 141 Analytic Geometry and Calculus I
Credit HoursRecitation/Lecture HoursStudio HoursClinical HoursLab Hours


Using the computer lab, a very intensive look at derivatives and integrals of polynomial, rational, and trigonometric functions; limits and continuity; etc.
40000

HON 235 The Study of Fiction
Credit HoursRecitation/Lecture HoursStudio HoursClinical HoursLab Hours


Based on at least three critical methods, a serious analysis of fiction leading to an understanding of how fiction operates and how writers reflect or respond to cultural issues. The emphasis on critical thinking will be through three researched essays.
30000

HON 240 Social Ethics
Credit HoursRecitation/Lecture HoursStudio HoursClinical HoursLab Hours


A survey of current literature and controversy about the status of equality as an ethical and political principle. The focus is on affirmative action with regard to both race and gender.
30000

HON 297 Principles of Economics
Credit HoursRecitation/Lecture HoursStudio HoursClinical HoursLab Hours

Prerequisites:

Permission of ECN.


An accelerated course in both micro- and macroeconomic principles (i.e. it covers the material from both ECN 295 & 296.)
50000

HON 312 Honors Statics
Credit HoursRecitation/Lecture HoursStudio HoursClinical HoursLab Hours


Forces on rigid bodies. Resolution and composition of forces and other vectors. Couples. Moments. Centroids and moments of inertia. Principles of statics. Equations of equilibrium in 2D and 3D. Free body diagrams. External versus internal forces. Application of statics to engineering problems: pulleys, trusses, frames, machines, beams, friction, buoyancy. Shear and moment equations and diagrams.
30000

College of Business Administration

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College of Health Professions & McAuley School of Nursing

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School of Architecture

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School of Dentistry

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School of Law

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