104 WEBER COLLEGE Courses of Instruction Physics 1. General Physics. Mechanics, Molecular Physics, and Heat. 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, molecular physics, and heat. Four recitations and one laboratory period a week. Autumn Quarter. Five quarter hours. Physics 2. General Physics. Magnetism, Electricity, Sound and Light. This course deals primarily with a study of magnetism, electricity, sound and light. Four recitations and one laboratory period a week. Winter Quarter. Five quarter hours. Physics 3. General Physics. Meteorology. This course is a study of atmospheric phenomena. It treats with the conditions of the atmosphere and the changes brought about therein by changes in temperature, pressure, humidity, winds, and clouds. The work and function of the Weather Bureau is likewise studied. Five recitations per week. Spring Quarter. Five quarter hours. Physics 4. Advanced Physics, Mechanics. 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 thoroughly covered. Prerequisite: Trigonometry. Four recitations and one laboratory period a week. Autumn Quarter. Five quarter hours. Physics 5. Advanced Physics. Molecular Physics, Heat and Sound. Prerequisite: Trigonometry. Four recitations and one laboratory period a week. Winter Quarter. Five quarter hours. Physics 6. Advanced Physics. Magnetism, Electricity and Light. Prerequisite: Trigonometry. Four recitations and one laboratory period a week. Spring Quarter. Five quarter hours. WEBER COLLEGE 105 Physics 7. Radio-Physics. This course is an experimental and theoretical study of radio instruments, receiving circuits, and set assembly. Three lectures and two laboratory periods per week. Five quarter hours. Physics 8. Radio-Physics. In this course a discussion of the study of sound production, recording, and acoustics is made. Two lectures and one laboratory period per week. Three quarter hours. Physics 9. Radio-Physics. This course is a thorough study of tube characteristics, and set testing. Three lectures and two laboratory periods per week. Five quarter hours. Physics 10. Radio-Physics. In this course is had a discussion of light sensitive cells, television, and public address. Three lectures and two laboratory periods per week. Five quarter hours. Physics 11. Radio-Physics. The principles and practices in transmisson of code and voice. One lecture and two laboratory periods per week. Three quarter hours. Equipment There has been provided the necessary apparatus to demonstrate the work offered in the courses in Physics. The equipment has been greatly increased during the past years. The most important new items are: Rectifiers, Tungar and Nodon Valve Types, Polariscope, Sonometer with Dynamometers, Resistance Coils, Galvanometer Hope's Apparatus, Collision Ball Apparatus, Torsion Apparatus, Westphal's Specific Gravity Balance, Differential Pulley, Hygrometer, Wheatstone Bridge, Ruhmkorff's Induction Coil and Spectroscope.