Practical Examination. Quantitative Demonstrations of the subjects of the Examination as in STEWART and GEE: Elementary Practical Physics, Vol I.; SHAW Practical Work at the Cavendish Laboratory Heat. BARNES'S Practical Acoustics. The following may also be consulted:-- Papers in Scientific Publications as above. Two papers as follows I.-Heat. II. Properties of Matter and Sound. Chemistry. The subjects of Examination are Inorganic Chemistry. The following may be consulted : NEWTH Inorganic Chemistry. BAMSAY A system of Inorganic Chemistry. BOSCOE and SCHORLEMMER: Treatise on Chemistry, Vol. I and Vol. II (Parts I and II). Organic Chemistry. The following may be consulted: REMSEN Organic Chemistry. Theoretical and Historical Chemistry, as in— REMSEN Principles of Chemical Theory. MEYER: Modern Theories of Chemistry. WURTZ: Atomic Theory; History of Chemical Theory. Practical Chemistry-Inorganic, Qualitative and Quantitative. The following may be consulted : VALENTIN Qualitative Analysis. CLOWES and COLEMAN : Quantitative Analysis. Two papers as follows: I. Inorganic Chemistry. II.-Organic Chemistry. FINAL EXAMINATION. MATHEMATICS. The Examination will consist of five papers as follows: 1. Algebra and Trigonometry, with Elements of Theory of Functions of a complex variable. 2. Analytical Statics and Dynamics of a Particle. 3. Rigid Dynamics. 4. Differential and Integral Calculus and Differential Equations with Elements of the Calculus of Variations. 5. Co-ordinate Geometry of two and three Dimensions. PHYSICS The subjects of Examination are — Light. Magnetism. Electricity. The scope of the Examination is approximately indicated by the following text-books PRESTON: Theory of Light. DRUDE: Optics. J. J. THOMSON: Elements of the Mathematical Theory of Electricity and Magnetism; or, The corresponding parts of GRAY's Theory and Practice of Asolute Measurements in Electricity and Magnetism. The following may also be consulted : J. J. THOMSON : Discharge of Electricity through gases and Electrical properties of gases. J. J. THOMSON: Recent Researches in Electricity and Magnetism. HERTZ: Electric Waves. Papers in Scientific Publications as for the first D.Sc. I.-Light. II. Electricity and Magnetism. IV.-General paper on the more advanced parts of Final Examinations for the Degree of Master of Science. Practical Examination. Quantitative Demonstrations of the subjects of the Examination, as in— GLAZEBROOK : Physical Optics. STEWART and GEE: Elementary Practical Physics, Vol. II. The following may also be consulted :- HENDERSON: Practical Electricity and Magnetism. MASCART and JOUBERT: Electricity and Magnetism, Vol. II. NICHOLS Laboratory Manual of Physics, Vol II. Papers in Scientific Publication as above. CHEMISTRY. The subjects of Examination are— Inorganic Chemistry. Special attention should be paid to recent work. Organic Chemistry. The following may be consulted: BERNTHSEN Organic Chemistry. RICHTER: Organic Chemistry. Theoretical and Historical Chemistry. The following may be consulted: OSTWALD: Outlines of General Chemistry. NERNST: Theoretical Chemistry. E. VON MEYER: History of Chemistry. TILDEN: A short history of the Progress of Scientific Chemistry. LADENBURG: History of Chemistry. (Translated by Dobbin.) LEHFELDT: Theoretical and Physical Chemistry. WALKER: Introduction to Physical Chemistry. SCHORLEMMER: Rise and Development of Organic Chemistry, WATT'S Dictionary of Chemistry (new edition). I. Advanced Inorganic and General Chemistry. III. Organic Chemistry. IV. Theoretical and Historical Chemistry. Practical Chemistry. Qualitative and Quantitative Analysis, with Organic GEORGE Practical Organic Chemistry. CLOWES and COLEMAN : Quantitative Analysis. COHEN Practical Organic Chemistry. : Some knowledge of the more important papers to be found in the Journal of the Chemical Society or the Transactions of the Royal Society will also be required DOCTOR OF SCIENCE. MATHEMATICS. The Examination will be in one of the following groups of subject or in any other combination of subjects with the previous permission of the Syndicate. I.-Elliptic Functions and Differential Equations, II.-Geometrical Optics, Descriptive Astronomy, Lunar and Planetry Theory. III.-Higher Rigid Dynamics, Hydrostatics and HydroDynamics. IV.-Theory of Potential with application to Electricity and Magnetism, FOURIER'S Series and Spherical Harmonics. V.-Theory of Elasticity and Physical Optics. The Examination will consist of two papers. The candidate will also be required to submit a dissertation embodying original work in some portion of the selected group. The group selected by the candidate must be notified to the Registrar at least nine months before the date of the Examination. |