(d) Chemistry and Physics. (e) Natural Science. (f) Roman History and General Jurisprudence and Roman Law. N.B.-Candidates taking up the subject (f) must have kept two terms at a recognized School of Law, and those who attain in General Jurisprudence and Roman Law the standard necessary for passing the First LL.B. Examination will be considered and declared to have passed that examination. I.-ENGLISH-Two Papers. i. Candidates will be examined in books to be prescribed by the Syndicate three years before the Examination. (1 paper.) ii. Composition.-The theme for Composition will be selected from among the books or subjects prescribed for the Examination. (1 paper.) II.-CLASSICAL LANGUAGE-One Paper. Candidates will be examined in books to be prescribed by the Syndicate three years before the Examination. In each language, English as well as the Classical, there will be, besides the written Examination, a viva voce Examination. This provision shall not apply to Candidates who have already passed either the Previous or the Intermedia te Examination with the vivâ voce test. The paper in English will contain passages to be paraphrased. The paper in the second language will contain passages for translation both out of that language into English and vice versa. The paper on each language will contain questions in grammar, as well as in the matter of the books taken up by the Candidates. III.-HISTORY AND POLITICAL ECONOMY.-Three Papers. (a) History. i.-History of England, Political and Constitutional (as treated in Bright's History of England or some similar manual), from the Restoration to the Passing of the Reform Bill in 1832. (1 paper.) ii.-History of India in the 16th, 17th, 18th and 19th centuries down to 1858. (1 paper.) Text-book recommended-Meadows Taylor's Student's Manual of the History of India. (b) Political Economy. (1 paper.) As in Henry Fawcett's or some similar Manual; and Books III, IV and V of Adam Smith's Wealth of Nations. IV.-GROUPS-Four Papers. (a) Language and Literature i-A period of English Literature and books belonging to that period to be prescribed by the Syndicate. (2 papers.) ii.-Books (one of which may be on the History of the Literature of the Language taken up) in a Classical Language, to be prescribed by the Syndicate. (Two papers.) B 1964-5 (b) Logic and Moral Philosophy Text-Books (c) Mathematics Mill's Logic, Books I, II and III. Martineau's Types of Ethical Theory:-Volume I years. Aristotle's Nicomachean Ethics. i.-Conic Sections treated Geometrically and Analytically not including abridged notation. (One paper.) ii.-Differential Calculus: Differentiation of Functions of one variable; Successive Differentiation; Taylor's Theorem; Evaluation of Indeterminate Functions; Maxima and Minima of Functions of one variable. Integral Calculus: Integration of Functions of one variable. (One paper.) (iii.-Statics: Composition and Resolution of Forces, Centre of Gravity, and the Mechanical Powers. (One paper) iv. Dynamics: Laws of motion; Uniform and uniformly accelerated motion; Falling Bodies; Projectiles; Collision; the Pendulum. (One paper) v.-Hydrostatics: Pressure of non-elastic and elastic Flu ids; Specific gravity; Floating Bodies; Rotating Liquid; Tension of vessels containing Fluids; Construction and use of the more simple Instruments and Machines. vi.-Optics Reflection and Refraction of Rays at Plane and Spherical Surfaces, not including Aberrations; Refraction through Prisms, Plates and Lenses; the Eye; Telescopes. (d) Chemistry and Physics i.-Inorganic Chemistry-Two papers and a practical examination. Differences between Mechanical Mixture, Solution, and Chemical Combination. Outlines of Crystallography. Formation of Crystals. Dimorphism. Isomorphism. Conditions on which the Melting-point and the Boiling-point of a substance depend. Difference between Elementary and Compound Substances. Laws of Chemical Combination. Equivalent Weights of the Elements. Multiple Proportions. The Atomic Theory. Atomic Value (Quantivalence). Molecules. Molecular Weights. Relation between the Density of a Gas and its Molecular Weight. Abnormal Densities. Avogadro's Hypothesis. Combination of Gases by Volume. Compound Radicals. Atomic and Molecular Combination. Meaning of Chemical symbols, formulæ, and equations. Calculation of quantities by weight and by volume. Chemical changes, and the conditions under which they occur. Combination. Decomposition. Double decomposition. Nature of Acids, Bases, and Salts. Capacity of saturation of Acids and Bases. Nomenclature. Relation between Atomic Weight and Specific Heat. Faraday's Electrolytic Law. Principles of Spectrum-Analysis. Diffusion of Gases. Hydrogen, Chlorine, Bromine, Iodine, Fluorine. The combinations of the last four elements with Hydrogen. Oxygen. Ozone. Water and Peroxide of Hydrogen. The Oxides and Oxyacids of Chlorine. Chlorates and Hypochlorates. Sulphur. Sulphuretted Hydrogen. The Oxides of Sulphur. Sulphuric Acid and the Sulphates. Sulphurous Acid and the Sulphites. Chlorosulphuric Acid. Nitrogen. The Atmosphere, and its relations to animal and vegetable Life. Ammonia. Ammonium and Salts. The Oxides of Nitrogen. Nitric Acid and Nitrates. Nitrous Acid and Nitrites. Phosphorus. Phosphuretted Hydrogen. The Oxides of Phosphorus, Phosphoric Acid and the Phosphates. Chloride and Oxychloride of Phosphorus. Arsenic and its Oxides. Arseniuretted Hydrogen. Arsenious Acid and its Salts. Arsenic Acid and its Salts. The Sulphides of Arsenic. Detection of Arsenic. Antimony, its Oxides and Sulphides. Antimoniuretted Hydrogen. Chlorides of Antimony. Compounds of Antimonic Oxide. Detection of Antimony. Boron. Boracic acid and the Borates. Carbon. Carbonic Oxide and Carbonic Acid. The Carbonates. Carbon Oxysulphide. Sulphocarbonic Acid. Marsh-gas. Ethylene. Combustion. Structure of Flame. Coal-gas. Davy Lamp. Principles of Illumination. Silicon. Siliciuretted Hydrogen. Silicon Chloride. Silicon Chloroform, Silica and the Silicates. Potassium, its chloride, iodide, bromide, oxides, chlorate, sulphates, nitrate and carbonates. Gunpowder. Sodium, its chloride, oxides, sulphates, thiosulphate, nitrate, phosphates, borates, silicates, and carbonates, Glass. Calcium, its chloride, oxides, sulphate, carbonate and phosphates. Bleaching powder. Strontium, its sulphate, carbonate and nitrate. Barium, its chloride, oxides, nitrate, sulphate and carbonate. Magnesium, its chloride, oxide, sulphate and phosphates. Zinc, its chloride, oxide, and sulphate. Cadmium, its oxide and sulphide. Lead, its chloride, iodide, oxides, sulphate, nitrate, carbonate, and sulphide. Copper, its chlorides, oxides, sulphate and arsenite. Silver, its chloride, iodide, bromide, oxides, and nitrate. Mercury, its chlorides, iodides, oxides, nitrates, sulphates and sulphides Aluminium, its chloride, oxide, sulphate and silicate. Alums. Manganese, its chlorides, oxides, and sulphate. Manganates and permanganates. Iron, its chlorides, iodides, oxides, sulphates and sulphides. Steel. Cobalt and nickel, their chlorides, oxides and sulphates. Chromium, its chlorides, oxides, and sulphates. Chromic acid and chromates. Tin, its chlorides, oxides and sulphides. Stannic and metastannic acids, stannates and metastannates. Bismuth, its chlorides, oxides and nitrates. Gold and platinum, their chlorides and oxides. Alloys and amalgams, brass, bronze, gun-bell-speculum-metals, typemetal and fusible metal, pewter and solder. Practical Examination-Detection of a carbonate, chromate, sulphate, phosphate, borate, chloride, iodide, bromide, sulphide, oxide, nitrate or chlorate of any one of these metals or of arsenic or antimony. The compound must be soluble in water or dilute hydrochloric acid. ii.-Physics-Two papers and a practical examination. Paper I.-General Physics, Acoustics and Heat. Composition and Resolution of Forces. The Mechanical Powers. The Laws of Motion. Motion in a Circle. The simple Pendulum. Energy, its varieties and transformations. Universal attraction and its laws. Laws of falling bodies. Elasticity of traction. Modulus of Elasticity. General characters of Liquids. Transmission of pressure in liquids. Equilibrium of liquids. Specific gravity. Capillary phenomena. Properties of Gases. The Kinetic theory. Pressure of the Atmosphere. Barometers. Determination of heights by the Barometer. Boyle's Law. Manometers. Balloons. Air-pumps. Lifting and forcing pumps. Sound and Noise. Cause of Sound. Propagation of Sounds. Causes influencing intensity of Sound. Velocity of Sound in Gases. Doppler's principle. Velocity of Sound in Liquids and in Solids. Reflection of Sound. Echoes and Resonances. Measurement of the number of Vibrations. Properties of Musical Tones. Perception of Sounds. The Ear. Interference of Sound. Beats. Vibration of Strings. Sonometer. Laws of Transverse Vibrations. Nodes and Loops, Wind Instruments. Mouth and Reed Instruments. Shut and open pipes, and tones produced by them. Nodes and loops of pipes. Formulæ relative to pipes. Kundt's experiments. Vibrations of Rods, Plates and Membranes. Graphic representation of vibratory motions. Temperature, Thermometers, Coefficient of expansion and methods of determining it in solids, liquid; and gases. Absolute scale of temperature. Relation between Pressure, Volume and Temperature. Change of State, Latent Heat, Fusion, Solidification, Vaporization, Condensation. Laws of Fusion, Solution, Change of volume in melting, and in solidification. Effect of pressure on the melting point. Regelation. Retardation of Solidification, Freezing mixtures, Vapours. Saturated and non-saturated vapours. Maximum Tension. Tension in two communicating vessels at different temperatures. Conditions affecting the rapidity of Evaporation. Ebullition and its laws. Kinetic theory of Gases as explaining ebullition and evaporation, Influence of Pressure on the boiling point. Measurement of heights by the boiling point, Cold due to evaporation, Wollaston's Cryophorous. Carre's Ice-machines, Liquefaction of Vapours, Distillation. Dalton's laws of mixture of Gases and Vapours. Spheroidal State. Density of Vapours, and methods of determining it. Hygrometry, Dew-point. Conductivity of Solids, Liquids and Gases. Convection. Land and Sea Breezes. The Trade Winds. Radiation. Its laws. Causes which modify the intensity of radiant heat. Theory of Exchanges. Laws of Reflection. Identity of absorbing and radiating powers. Causes affecting the formation of dew. Specific Heat, Calorimetry. |