76- 51. Alternating Current Theory. Electromagnetic induction; alternating current generators and motors; inductance; capacitance; impedance; alternating current circuits. Prerequisite: Radio Technical 70 or Trigonometry, or taking Trigonometry. Three lectures a week. Three quarter hours. Winter. Murphy 51a. Alternating Current Laboratory. To be taken with Radio 51. Two laboratory periods a week. Two quarter hours. Winter. Murphy 52. Transmission and Reception. Electron emission; vacuum tubes; detection and modulation; radio receivers and transmitters. Prerequisite: Radio 51. Three lectures a week. Three quarter hours. Spring. Murphy 52a. Transmission and Reception Laboratory. To be taken with Radio 52. Two laboratory periods a week. Two quarter hours. Spring. Murphy 53. Advanced Transmission and Reception. A continuation of Radio 52 including frequency modulation and television. Prerequisite: Radio 52. Three lectures a week. Three quarter hours. Autumn. Murphy 53a. Transmission and Reception Laboratory. To be taken with Radio 53. Two laboratory periods a week. Two quarter hours. Autumn. Murphy 54. Industrial Electronics. Effect of gas on vacuum tubes; thyratrons; photoelectric tubes; rectifiers; amplifiers. Prerequisite: Radio 52 or Radio 53. Three lectures a week. Three quarter hours. Autumn, Winter. Murphy 54a. Industrial Electronics Laboratory. To be taken with Radio 54. Two laboratory periods a week. Two quarter hours. Autumn, Winter. Murphy 55. Advanced Industrial Electronics. Applications of electronics to industry; relays; trigger circuits; servo-mechanisms. A continuation of Radio 54. Prerequisite: Radio 54. Three lectures a week. Three quarter hours. Autumn, Spring. Murphy 55a. Industrial Electronics Laboratory. To be taken with Radio 55. Two laboratory periods a week. Two quarter hours. Autumn, Spring. Murphy 70. Radio Technical. Application of algebra to electric and radio circuits. Three quarter hours. Autumn. Murphy 71. Radio Technical. Application of trigonometry to electricity and radio. Use of complex numbers. Prerequisite: Radio Technical 70. Three quarter hours. Winter. Staff 72. Radio Technical. Further use of complex numbers. Simple applications of calculus to electricity and radio. Prerequisite: Radio Technical 71. Three quarter hours. Spring. Staff 73. Radio Technical. Study of the regulations of the Federal Communications Commission, necessary for a pilot's radio license. How to order radio supplies. Three quarter hours. Autumn. Staff _ 74. Radio Technical. History of radio; contributions of radio to civilization; looking forward in the electronic industry. Three quarter hours. Winter. Staff 75. Radio Technical. Wave propagation; directive antenna systems; aural-null direction finders; loop input circuits; visual direction finders; radio navigation methods. Prerequisite: Radio 53. Three quarter hours. Autumn. Staff *Will be offered in part only in Evening School Program for 1947-1948. J^L(jL±ion of Lpku±iaaL cLaiiaation Reed K. Swenson, Chairman A student majoring in the Division of Physical Education should satisfy the general entrance requirements as stated on page 19. Requirements for all Weber College students are (1) a medical examination by the College Physician at the initial entrance of each Student, and (2) three hours of physical education during the freshman year. ( Exceptions will be made only by special permission.) Registration should include: Health Education 1, two quarter hours, and Physical Education 1, three quarter hours. Physical Education 1, 6, 11, 16, 21, 22 or 23 will satisfy this requirement. Substitutions for these requirements may be made from results of the testing program given by the Department of Physical Education. The Division of Physical Education provides, in addition to listed courses of mstructron, opportunity for the physical and social development of Weber College students through five different programs' (1) the health program, which gives protective and educative benefits to every student; (2) the intramural activities program, which is designed for the participation of the mass of students in individual and team sports; (3) the Women's Athletic Association program, which aims to develop 'A sport for every girl and a girl for every sport"; (4) the interscholastic program, which is organized for the exceptional athlete; and (5) the community physical education program, which extends physical education and recreation to the people of the community (See do 34-35.) Department of Health Instruction R. K. Swenson, M. Welling, R. N. Hirst COURSES OF INSTRUCTION Health Education 1. Personal Health. Required of all freshmen, except engineers and trade students. Two quarter hours. Autumn, Winter, Spring. Staff 2. Personal Health. Required of engineers and trade students One quarter hour. Spring. Staff 5. First Aid. The standard First Aid course. Red Cross Certificates are awarded to all candidates with a satisfactory grade Two ouarter hours. Spring. - Staff