96 WEBER COLLEGE WEBER COLLEGE 97 Chemistry 1. Inorganic. This course is designed to cover the Non-Metallic elements. The fundamental principles and theories of chemistry receive special attention. No previous knowledge of Chemistry is required for admission to this course. Three recitations and six hours laboratory work a week. Autumn quarter. Five credit hours. Class and Laboratory periods to be arranged. Professor Lind. Chemistry 2. Inorganic. This course is a continuation of course 1. The study of the Non- Metallic elements is completed. Chemical equilibrium, the modern theory of solutions, thermochemistry, and molecular weights receive special attention. Three recitations and six hours laboratory work a week. Winter quarter. Five credit hours. Class and laboratory periods to be arranged. Professor Lind. Chemistry 3. Inorganic. This course is planned to cover the more common metallic elements. Students sufficiently advanced are given work in qualitative analysis which involves the separation and identification of the common metals found in salts and minerals. Three recitations and six hours laboratory work per week. Spring quarter. Five credit hours. Professor Lind. Chemistry 4. Qualitative Analysis. This course includes the theory and practice of inorganic qualitative analysis. Prerequisites: Chemistry 1 and 2. One recitation and two laboratory periods per week. Autumn. Three credit hours. Professor Lind. Chemistry 5. Qualitative Analysis. One recitation and two laboratory periods per week. Winter Quarter. Three credit hours. Professor Lind. 4. Chemistry 6. Quantitative Analysis. This course includes an introduction to gravimetric and volumetric Chemical Analysis of inorganic compounds. Prerequisites: Chemistry 4 and 5. One recitation and two laboratory periods per week. Spring quarter. Three credit hours. Professor Lind. GEOLOGY There is provided for the work in Geology a representative collection of specimens. The collection includes typical specimens of igneous, sedimentary and metamorphic rocks and samples of the more common lead, silver, gold, copper, zinc, iron, and tungsten ores, collected in the mining districts of Utah and adjoining states. The rock and ore specimens are labeled in separate trays and are classified with respect to origin and composition. During the present year there has been added a Genetic Collection of 110 rock specimens made by the U. S. Geological Survey, a collection of fossils from the North end of the Wasatch range, a collection of fossils typical of all the larger Geological periods from the Cambrian to the Pleistocene, and the following Relief maps made of plaster of paris: Wasatch and Uinta Mountains with adjacent regions, Map of the United States, Map of the Henry Mountains, Utah, and Stereogram of the Henry Mountains. 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