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Untitled - eCommons@Cornell - Cornell University

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ACADEMIC DEPARTMENT. 143<br />

Course 9 is open only to students who have the requisite knowledge<br />

of chemistry and physics. The requisite knowledge of these subjects<br />

is in general that possessed by those who have completed Chemistry<br />

Course 1 and two terms of Physics, 1, 2a or 2b. Freshmen are there<br />

fore not eligible to elect this course.<br />

Courses for Graduate Students.<br />

10. Thermodynamics (based upon Clausius). Two hours. Mr.<br />

Rogers.<br />

1 1a. Theoretical Physics. Mechanics and Thermodynamics.<br />

Assistant Professor MERRiTT. Three hours lectures and one hour<br />

seminary throughout the year. [1899-1900.]<br />

11b. Theoretical Physics. Electricity and Magnetism. Assist<br />

ant Professor MERRITT. Three hours lectures and one hour seminary<br />

throughout the year. [1900-1901.]<br />

Courses 11a and lib, together with course 14, are intended to give<br />

an outline of theoretical physics for students who expect to specialize<br />

in this subject.<br />

12. Recent advances in Experimental Physics. Professor Mer-<br />

RiTT. One lecture a week. F., 9 or 10. This course will be devoted<br />

to such of the more important developments in physics as have not<br />

yet found their way into 'the text books. The lectures will be illus<br />

trated by experiments whenever the nature of the subject permits.<br />

13. Electricity and Magnetism. Assistant Professor MerriTT.<br />

Lectures and seminary. For advanced students who have com<br />

pleted courses lib or its equivalent. This course is capable of modi<br />

fication to suit the needs of those electing it. Some treatise such as<br />

Boltzman, Maxwell, or J. J. Thomson will be used as a basis.<br />

14. Theory of Light. Four hours. Mr. Shearer. Three recita<br />

tions per week based on Preston's Theory of Light. One experimen<br />

tal lecture per week by members of the class under the direction of<br />

the instructor.<br />

15. Wave Motion. Two hours. Lecture on the theory of wave<br />

motion in optics, electricity, etc., with problems suited to the require<br />

ments of the class. Mr. Shearer.<br />

16. Advanced with especial reference Photography, to its appli<br />

cation to research. Two hours. Fall and winter. Assistant Professor<br />

MolER.<br />

Students who have completed courses 1 or 2, 3 and 9, or an equiva<br />

lent,<br />

will be admitted to this class.<br />

17. Physical Seminary. Two hours. Critical reading of origi<br />

nal memoirs relating to physics ; followed in the spring term by

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