meet the needs of students preparing for the London University Matriculation. The Trigonometry will be taken on Tuesday; this part of the Course has been specially arranged for Engineering Students of the first year. NOTE. In order to meet the requirements of first year Students taking the Diploma Course in Coal Mining, the Trigonometry required for this Course will be taken by the Lecturer (Mr. Dawson), on Thursday, 11-12, instead of on Tuesday, 9-10, as in the regular Course. SECOND COURSE-(By Mr. DAWSON) Subjects-Plane Geometry; Solid Geometry; Algebra to Binomial Theorem; Logarithms; Plane Trigonometry; Elementary Analytical Geometry. This Course will be suitable for the Second Year College Examination. It will also meet the needs of students preparing for the London University Intermediate Pass Examination. Text Books-C. Smith's Algebra; Hall and Stevens' School Geometry; Hobson and Jessop's Elementary Trigonometry; C. Smith's Conic Sections; Barrell's Geometry (Longmans), Sec. III. Lecture Hours-Wednesday and Saturday, 12-1; and Tuesday, 9-10. Fee £3 13s. 6d. SECOND COURSE (A)-(By the PROFESSOR) Subjects-Geometry (Substance of Euclid, Book VI.); Algebra to Binomial Theorem ; Logarithms; Trigonometry. Text Books-Hall and Stevens' School Geometry; C. Smith's Elementary Algebra; Hobson and Jessop's Elementary Trigonometry. This Course has been specially designed for Engineering Students who are not preparing for a degree. Lecture Hours-Wednesday and Saturday, 11-12. Fee £2 12s. 6d. THIRD COURSE-Geometry-(By Mr. DAWSON) Subjects-Trigonometry, Plane and Spherical; Geometrical and Analytical Conics. Text Books-C. Smith's Conic Sections; C. Smith's Lecture Hours-Wednesday and Saturday, 11—12. FOURTH COURSE-Analysis-(By the PROFESSOR) Subjects-Algebra, including infinite series; Differential and Integral Calculus. Text Books-C. Smith's Algebra; Lamb's Infinitesimal Lecture Hours-Tuesday and Friday, 10—11. The Third and Fourth Courses combined will meet the requirements of the London Final B.Sc. Examinations. The Third Course will cover the principal subjects required for the B.A. Examination, but candidates for Final B.A. will also have to attend the Fourth Course during the Christmas and Summer Terms. Students who take both the Third and Fourth Courses will be charged an inclusive fee of £4 4s. for the two Courses, and Students who take the Fourth Course for two Terms only in addition to the Third Course will be charged an inclusive fee of £3 13s. 6d. FIFTH COURSE-(By the PROFESSOR) Subject-Differential Equations. Text Book-Forsyth's Treatise on Differential Equations. This Course is intended for Physical and Engineering Students who require an introduction to Differen tial Equations. It will also be suitable for Honours Students, combined with Special Courses to be arranged for them. Lecture Hour-Friday, 12-1. Fee £1. 11s. 6d. Applied Mathematics. FIRST COURSE-(By Mr. DAWSON) Subjects-Elementary Mechanics; Elementary Hydrostatics. Text Book-Briggs and Bryan's Elementary Text Book of Mechanics. This Course will meet the needs of students who take Mechanics as their special subject for the London University Matriculation. It will also be required for the First Year College Examination. Lecture Hours-Tuesday and Friday, 11-12. SECOND COURSE-(By the PROFESSOR) Subjects-Elementary Dynamics; Elementary Hydrostatics. Text Books-Hicks' Dynamics; Loney's Hydrostatics. This Course is intended to be a preparation for the Second Year College Examination. It will meet the requirements of candidates for the London Intermediate B.Sc. Examination. Lecture Hours-Tuesday and Friday, 11-12. THIRD COURSE-(By the PROFESSOR) Text Books-Hicks' Dynamics; Besant's Dynamics; Aldis' Optics; Greaves' Hydrostatics; Bryan and Barlow's Astronomy. Lecture Hours-Wednesday, Thursday, and Saturday, 12-1. Fee £2. 12s. 6d. for two lectures a week; £3. 13s. 6d, for complete Course. The lectures on Astronomy and Optics will be given on Thursday; fee for these lectures only, £1. 11s. 6d. This Course has been specially designed for students preparing for the Final B.Sc., or B.A. Examinations. Higher Classes Classes in other subjects will be formed, provided that a sufficient number of students desire them. Special arrangements will be always made for individual students who desire to read Higher Mathematics, Pure or Applied, for Honour Degrees in Mathematics. With the view of encouraging the study of Higher Mathematics, it is proposed to deliver yearly a Course of Lectures on some branch of Mathematics not included in the ordinary College Courses. The Lectures in 1904-1905 will be on Spherical Harmonic Analysis. Three-quarters of the fee for this Course will be paid by the Board of Education, South Kensington, to certain selected teachers. Lecture Hours-To be specially arranged. Fee-15s. Od. Students who wish for any Special Course for 1905-1906 should communicate with the Professor. This Course of Lectures will not be based on the requirements of any particular Examination. PHYSICS Professor-THE PRINCIPAL. Assistant Lecturer and Demonstrator-S. R. MILNER, D.Sc. (Lond.) Junior Demonstrator-W. ALLANACH, B.Sc. (Lond.) The instruction in Physics is given by means of Lectures and practical work in the Physical Laboratory. The Lectures cover the subjects required for the various London Examinations. Students are expected to keep note-books, and a certain proportion of marks will be given for excellence in this respect in awarding position in the Annual Examination. FIRST COURSE-(By Dr. MILNER) Properties of Matter, Heat, Light, and Sound, For the Intermediate B.Sc. or Special Paper in the Matriculation The subjects will be treated in the following order: PROPERTIES OF MATTER. - The Fundamental Law of Mechanics. Diffusion of Gases and Liquids; Osmosis; Viscosity. Gravitation; Capillarity; Elasticity. Moments of Inertia. Simple Harmonic Motion. The Conservation of Energy. HEAT. The Mechanical Equivalent of Heat. Thermometry. Expansion of Solids, Liquids, and Gases. Calorimetry. Change of State. Vapour Pressures and Densities; Hygrometry. Continuity of State. Convection; Conduction; Radiation. LIGHT.-Emission and Wave Theories. Reflection and Refraction at Plane Surfaces; Mirrors and Lenses. Optical Instruments. Measurement of the Velocity of Light. Spectroscopy. Colour Phenomena. Elementary consideration of some Interference and Polarisation Phenomena. SOUND.-Wave Propagation of Sound. Loudness, Pitch, and Character of Musical Sounds and their |