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Show 50 WEBER COLLEGE MATHEMATICS 4. College Algebra. Advanced work on the fundamental principles of Algebra. Prerequisite: Mathematics 1. Five quarter hours. Stevenson. MATHEMATICS 5. Analytic Geometry. Methods of coordinates, construction of equations, geometric interpretation of algebraic equations, linear or straight line equations, cone sections, transformations of coordinates. Prerequisites: Mathematics 2, 3, and 4. Five quarter hours. Stevenson. MATHEMATICS 6. Analytic Geometry. A continuation of Mathematics 5. Dealing with empirical equations, an introduction into solid analytic geometry, lines, planes, and special surfaces in space. Prerequisite: Mathematics 5. Five quarter hours. Stevenson. MATHEMATICS 7. Calculus. A general course in differential calculus. Treats limits, differentiation, and geometric interpretations. Prerequisites: Mathematics 2, 4, 5 and 6. Five quarter hours. Stevenson. MATHEMATICS 8. Calculus. A continuation of Mathematics 7. Has to do with indefinite and definite integrals, together with their applications. Prerequisite: Mathematics 7. Five quarter hours. Stevenson. MATHEMATICS 9. Calculus. A continuation of Mathematics 8, with an introduction to ordinary differential equations. Prerequisites: Mathematics 7 and 8. Five quarter hours. Stevenson. MATHEMATICS 10. Analytic Geometry. This is a short course designed primarily for those Engineering students who are unable to qualify for Mathematics 5 in time for the Winter Quarter. Prerequisites: Mathematics 2, 3, and 4. (This course will not apply toward a Mathematics major.) Five quarter hours. Littlefield. MATHEMATICS 12. A Survey Course in Mathematics. A unified course dealing with the essentials of algebra, trigonometry, analytic geometry and introduction to calculus. Recommended that Mathematics 1 or 4 precede this course. Five quarter hours. Stevenson, Littlefield. MATHEMATICS 15. Elementary Statistical Methods. An introduction into mathematical theories and applications of statistics. Recommended that Mathematics 1 or 4 precede this course. Five quarter hours. Stevenson. WEBER COLLEGE 51 Engineering ENGINEERING 1. Mechanical Drawing. A lecture and text book course on the use and care of drawing instruments. Simple geometric problems, drawing to scale, orthographic drawings. Special emphasis is placed on free-hand lettering. Three quarter hours. Little-field. ENGIEERING 1-b. Advanced Mechanical Drawing. Practical drafting as applied to Engineering. Prerequisite: Equivalent to Engineering 1. Three quarter hours. Stevenson. ENGINEERING 2. Descriptive Geometry. A study of the principles and problems relating to orthogonal projections of the point, line, plane, cylinder, cone, double-curved surfaces of revolution, and warped surfaces. Prerequisite: Engineering 1. Three quarter hours. Stevenson. ENGINEERING 3. Descriptive Geometry. Continuation of Engineering 2. Prerequisite: Engineering 2. Three quarter hours. Stevenson. ENGINEERING 4. Surveying. Steel tape measurements, ranging lines, measuring angles, compass surveys, transit surveys, differential leveling, profile and cross section work, curves, grades, topographic and city surveying, including computations and platting. Prerequisites: Engineering 1, Mathematics 3. Two quarter hours. Little-field. ENGINEERING 5. Surveying. Continuation of Engineering 4. Prerequisite: Engineering 4. Two quarter hours. Littlefield. ENGINEERING 6. Surveying. Continuation of Engineering 5. Prerequisite: Engineering 5. Two quarter hours. Littlefield. ENGINEERING 7. Kinematics. Deals with the nature of mechanics: method of transmitting motion in machines, contact mechanism, friction gearing, gear teeth, cams, link-work, belts, ropes and chains, trains of mechanism. Lectures and drawings. Prerequisites: Engineering 1, Mathematics 3, and 5. Three quarter hours. Littlefield. ENGINEERING 8. Materials of Engineering. Properties and uses of the various grades of steels and alloys, wood, brick, cement, glass, plaster, concrete, and building stones. Three quarter hours. Littlefield. |