88 WEUKH COLLEGE solution of oblique triangles, applications, general trigonometric analysis. Daily. Spring quarter. Five credit hours. Professor Stevenson. Mathematics 4- College Algebra. Advanced work on fundamental principles, a study of series and their application, permutations and combinations, probability; and introduction to determinants, to the theory of equations, and to higher equations. Autumn quarter. Five credit hours. Professor Stevenson. Mathematics 5. Analytic Geometry 1. Methods of co-ordinates, construction of equations, the point in plane, the circle, the parabola, the ellipse, the hyperbola, general equation of the second degree, higher plane curves, polar co-ordinates, and transformation of co-ordinates. Winter Quarter. Five credit hours. Professor Stevenson. Mathematics 6. Analytic Geometry 2. Continuation of Course 5. Spring Quarter. Five credit hours. Professor Stevenson. Mathematics 7. Calculus 1. A general course in differential and integral calculus and application, sufficient to meet the needs of the general student who may wish to know something about this interesting subject of mathematics. It covers all the ground usually given in the first course in calculus, differentiation, functions of independent variables, applications of calculus, maxima and minima, rationalization, integration, etc. Autumn Quarter. Five credit hours. Professor Stevenson. Mathematics 8. Calculus 2. Continuation of Course 7. Winter Quarter. Five credit hours. Professor Stevenson. WEBER COLLEGE 89 Mathematics 9. Calculus 3. Continuation of Course 8. Spring Quarter. Five credit hours. Professor Stevenson. ENGINEERING Candidates for the A.A. degree from the Engineering Department must complete 100 hours. This work must include English 1 and 2, Chemistry 1, 2, 5, Mathematics 1, 2, 3 or 4, 5, 6, Mechanical Drawing and Descriptive Geometry. Engineering students have a prescribed course and consequently cannot meet other group requirements. Candidates for the S.B. degree from the Engineering Department must complete 200 hours. The subjects vary according to the particular course in Engineering. For further information see University of Utah catalogue. Engineering 1. Mechanical Drawing. Simple geometrical problems, drawings to scale and exercises in tinting and spatter work. During the whole course special emphasis is placed on the making of free-hand letters. Autumn, Winter, Spring. One hour credit per quarter. Engineering 3. Descriptive Geometry. The principles and problems relating to the point, line, plane, cylinder, cone, double-curved surfaces or revolution, and warped surfaces. Many miscellaneous and practical problems are given to the student to be solved in the drawing room. Autumn, Winter, Spring. Two hours credit per quarter. Engineering 4- Surveying. Steel tape measurements, ranging lines, measuring angles, com-