127. Art Anatomy. (2) I. M F, 4. Prerequisite: Art 14.

Associate Professor NAHL

Academic laws of proportion and cross-section.

128A-128B. Life Class. (2-2) Yr.

Associate Professor NAHL

Sec. 1, Tu Th, 9-12; Sec. 2, M F, 9–12. Prerequisite: Art 127.

131. Landscape Composition. (2) II. M F, 1-4.

Prerequisite: Art 6A-6B and 114A or 114B.

The study and organization of outdoor forms in black and white media and in color.

156. Greek Painting. (2) II. Tu Th, 10.

Associate Professor WASHBURN Prerequisite: junior standing and either a general knowledge of the history and appreciation of art, or a reading knowledge of Greek. Topical study by members of the class of selected examples of Greek, Etruscan and Roman wall paintings, and of some masterpieces of Greek vase painting.

157. Greek Architecture. (2) I.

Associate Professor WASHBURN

Tu Th, 10. Prerequisite: the same as for Art 156. Topical study by members of the class, of selected monuments, and of specific problems in the history of Greek architecture.

158. Greek Sculpture. (2) II.

Associate Professor WASHBURN

Tu Th, 11. Prerequisite: the same as for Art 156.

Topical study by members of the class of such masterpieces as best illustrate the problems and development of Greek sculpture.

*168. Community Art. (2) I. W F, 4. Associate Professor NEUHAUS Prerequisite: senior standing and Art 19.

Discussion of the aesthetic problems of community life.

169. History of American Art. (3) II. M W F, 4.

Prerequisite: Art 1â, 19.

Associate Professor NEUHAUS

*173. Italian Painting of the Renaissance. (2) I. M W, 8. Enrollment limited to 50.

*198A-198B. Proseminar in Japanese Art. (1-1) Yr. S, 9-12.

Associate Professor NAHL

199. Special Study for Advanced Undergraduates. (1 or 2) Either halfyear. The STAFF (Associate Professor NAHL in charge) Prerequisite: junior standing.

TEACHERS COURSE

300. Teachers' Course. (2) II. M F, 2.

Associate Professor NAHL

The relation of art to the curriculum of the public school.

*Not to be given 1926–27; to be given 1927-28.

GRADUATE COURSES

Concerning conditions for admission to graduate courses see page 3 of this announcement.

215A-215B. Advanced Composition. (2-2) Yr. W S, 9-12.

Prerequisite: Art 115A-115B.

228A-228в. Advanced Life Class. (2-2) Yr. Associate Professor NAHL Prerequisite: Art 128A-128B.

Sec. 1, Tu Th, 9-12; Sec. 2, M F, 9-12.

269. Seminar in Art. (1-2) Either half-year.

The STAFF (Associate Professor NEUHAUS in charge)

299. Thesis for the Master's Degree.

COURSES IN OTHER DEPARTMENTS

Aesthetics. (See Philosophy 136A-136в.)

The STAFF

ASTRONOMY

RUSSELL T. CRAWFORD, Ph.D., Professor of Astronomy.

ARMIN O. LEUSCHNER, Ph.D., Sc.D., Professor of Astronomy (Chairman of the Department) and Director of the Students' Observatory. STURLA EINARSSON, Ph.D., Associate Professor of Practical Astronomy. WILLIAM F. MEYER, Ph.D., Associate Professor of Astrophysics.

C. DONALD SHANE, Ph.D., Assistant Professor of Astronomy and Mathematics.

Letters and Science List.-All undergraduate courses in astronomy excepting courses 3 and 114 are included in the Letters and Science List of Courses. For regulations governing this list, see page 4.

THE MAJOR

A student may select a major in this department in either (a) astronomy, (b) astrophysics, (c) navigation and nautical astronomy, or (d) astronomy and geodesy.

In preparation for a major in any of these four subdivisions the following are prerequisite: plane trigonometry, analytic geometry, differential and integral calculus, general physics, and a reading knowledge of French or German. (The French or German requirement is not needed for a major in subdivisions (c) and (d). In subdivision (c) marine meteorology is a prerequisite.)

In all four subdivisions Astronomy 103A and Astronomy 104A are required.

Additional courses for a major in:

(a) Astronomy: Astronomy 103в, 104B, 107, 108, and choice of any of the following: Astronomy 111, 117, 206 (this graduate course is open to qualified seniors); Physics 108A, 108в.

(b) Astrophysics: Astronomy 103в, 104в, 111 (3), 117; Physics 111A; and choice of any of the following: Astronomy 107, 108, 111, 206; Physics 108A, 108B.

(c) Navigation and Nautical Astronomy: Astronomy 103в, 105A-105B; Physics 110A; Naval Architecture 106; and Astronomy 108 or Economics 179.

(d) Astronomy and Geodesy: Astronomy 104в, 107, 108; Physics 105A105B, 110A; Civil Engineering 105.

Suitable upper division courses in astronomy, mathematics, physics, chemistry, geology, geography, and civil engineering may be substituted for the electives by arrangement with the department.

Honors Students in the Upper Division.—The following courses are prerequisite to honors work in the upper division: Mathematics; either 5 and 9A-9B, or 3 and 4; Physics 1A-1в. Chemistry 1A and Geology la are recommended. A student in the honors group may be recommended for honors in astronomy at graduation:

1. Upon presenting a satisfactory written report (review or criticism) of some astronomical work (theoretical or practical), an account of which has been printed in some standard astronomical periodical or other publication; or

2. Upon presenting a complete and satisfactory computation in orbit theory or eclipses; or

3. Upon presenting a complete report of some advanced practical work done by the student.

The candidate for honors must prepare a program at the beginning of his candidacy in consultation with the member of the department designated to supervise his work. On approval of this plan of study the student will proceed to its completion, attending conferences and making such reports of progress as may be requested.

The

Honor-students will be allowed much freedom in their studies. То justify this, their work must be consistently of high quality. department will recommend the exclusion from the honors-group of any student who does not maintain each half-year an average of at least 60 per cent of A and B grades in all his courses and who does not complete his courses in astronomy with high credit. The candidate must fulfill the requirements for a major in astronomy and must enroll for Astronomy 206. Although this course is listed as a graduate course, it may be taken by qualified seniors. A reading knowledge of French and German is required.

Honor-students who desire to do additional work in connection with any of the upper division courses may obtain credit for such work by enrolling in course 199H.

LOWER DIVISION COURSES

(NOTE.-There are three courses in elementary astronomy, numbers 1, 4, and 6. Astronomy 4 includes practice in observing, the other two do not. Astronomy 6 is designed for those who have the equivalent of the entrance requirements in mathematics and physics for the colleges of engineering. Credit will be given for only one of these three courses.) 1. Elements of Astronomy. (3) Either half-year. Professor CRAWFORD Sec. 1, M W F, 10; Sec. 2, M W F, 3, and one section meeting. Prerequisite: elementary algebra and plane geometry.

General facts and principles underlying the science of astronomy in all its branches.

2A. Practice in Observing. (3 hrs.; 1 unit) I.

Associate Professor MEYER

Tu, 7:15–10 p.m. Prerequisite: course 1. Practical work at the observatory for beginners, with special emphasis on the elementary methods of determining time, latitude, and longitude. Constellation study. Descriptive observations of celestial objects.

2B. Continuation of Course 2A. (1) II. Associate Professor MEYER Tu, 7:15-10 p.m. Prerequisite: course 2A or 4.

4. Elements of Astronomy with Practice in Observing. (5) Either half-year. Associate Professor MEYER

Tu Th S, 10; one recitation section; one observing period. (Observing periods are in four sections, M W Th F, 7:15-10 p.m.) Prerequisite: plane geometry and elementary algebra. The enrollment is limited to 60.

(NOTE. The combination of courses 4 and 2B counts for six units of laboratory science for the junior certificate requirement.)

5. History of Astronomy. (3) II. M W F, 2.

Prerequisite: course 1, 4 or 6.

Associate Professor MEYER

6. Elements of Astronomy. (2) II. Tu Th, 11.

Professor LEUSCHNER

Prerequisite: elementary physics and algebra, algebraic theory, plane geometry, trigonometry. The course is similar in content to course 1, and can be completed in two hours a week.

11. Modern Astronomy. (3) II. M W F, 10.

Prerequisite: course 1, 4 or 6.

Ássociate Professor EINARSSON

The stars and nebulae. Progress in astronomy through modern methods, especially spectroscopic and photographic.

Course Intended Primarily for Engineers

3. Surveyors' Course in Elementary Practical Astronomy.

(1) II.

Associate Professor EINARSSON Sec. 1, M, 1-4; Sec. 2, Tu, 1-4; Sec. 3, W, 1-4. Prerequisite: Civil Engineering 1a. Civil Engineering 1B is to be taken concurrently.

The principles of spherical trigonometry and astronomy adapted to the needs of students in the colleges of engineering. Computing.

UPPER DIVISION COURSES

A working knowledge of differential and integral calculus is prerequisite to courses 107, 108 and 111.

103A-103B. General Astronomy. (3-3) Yr. M W F, 9.

Associate Professor EINARSSON Prerequisite: Mathematics 5 and Physics 1A-1B.

The facts and principles underlying all branches of astronomy developed and discussed in detail.

For observatory work in connection with this course students may elect course 2A, or 104A-104B, subject to the prerequisites announced.