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Show 86 WEBER COLLEGE PHYSICS Physics 1, 2, and 3. General Physics. This is a course in General Physics adapted to students who have not had any work in high school physics but who desire to learn something concerning the fundamental laws of physical science. The course covers in a general way the subjects of mechanics, heat, sound, light, and electricity. Three recitations and two laboratory periods a week. Five hours credit for each quarter. Autumn, Winter, and Spring quarters. Professor Lind. Physics 4, 5, and 6. Advanced Physics. This is a more advanced course than Physics 1,2, and 3. It is specially adapted to students pursuing engineering and medical courses. The subjects of mechanics heat, sound, light, and electricity will be quite thoroughly covered. Prerequisite: Trigonometry. Four recitations and one laboratory period a week. Five credit hours a quarter. Autumn, Winter, and Spring. Professor GEOLOGY Geology 1. General Geology. This course deals with dynamical and structural geology. Location and origin of the more important western ore deposits receive attention. Glaciation in the Wasatch and Uintah Mountains and its bearing on the water supply of Utah is studied. Lectures and laboratory work on rock specimens and geologic folios. Several field trips in the Wasatch range and adjacent areas are taken on Saturdays. To obtain credit both Geology 1 and 2 must be completed. Autumn quarter. Five credit hours. Professor Lind. WEBER COLLEGE 87 Geology 2. General Geology. This course is a continuation of Geology 1. Prerequisite: Geology 1. Winter quarter. Five credit hours. Professor Lind. Geology 3. Historical Geology. This course includes the study of the Geological formations of North America with some reference to those of Europe. The areal distribution of the formations of the larger geologic periods and the characteristic plant and animal forms of each large division are considered. Prerequisite: Geology 1 and 2. Five credit hours. Professor Lind. Geology 4- Economic Geology. This course includes: (a) A study of the non-metallic mineral deposits, including coal, building stones and fertilizers, (b) A study of the general features of ore deposits with the theories of their origin. Ore deposits of Utah will receive special attention. Lectures, laboratory work on typical rock and ore specimens, and field trips. Prerequisite: Geology 1 and 2 and Mineralogy 1. Four recitations and one laboratory period per week. Spring quarter. Five credit hours. Professor Lind. MINERALOGY Mineralogy 1. This course includes a discussion of the crystal forms, physical properties of minerals and their determination by means of physical characters. Some work is done in blowpipe analysis. The more common ore minerals receive special attention. Prerequisite: Chemistry 1 and 2. Lectures and laboratory work. Fall Quarter. Five credit hours. Professor Lind. Mineralogy 2'. This course will deal chiefly with the rock forming minerals. Origin and field |
