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What proceeding would you adopt to ascertain if a stain was that of human blood or not?

What is the condition of the Retina in the case of [blank in original] as determined by the Ophthalmoscope?

In the case of Aphonia, in the same room, are the vocal Chords diseased? How have you ascertained their condition?

Describe the Surgical Instruments placed in the Clinical Room, and their uses.

Write a Report on the cases of [blank in original], and of [blank in original], in [blank in original] Ward, with your Diagnosis, Prognosis, and the Treatment you would propose.

Give a brief account of the History of Blood-letting from ancient to modern times. Explain the changes of opinion in respect of it.

Translate :—

ex Aretaei de causis et signis morborum diuturnorum Libri Sec. cap. 7ᵐᵒ.

Translate :—

Celeres enim, vel acutae passiones, etiam sponte solvuntur, et nunc fortunâ nunc naturâ favente. Quo fit ut ignari homines elati saepe medicos fugiant, et hos proventus incantationibus novis ac ligamentis adscribant, aut fortunae; pelluntur enim (celeres passiones) aut fluore sudoris, aut sanguinis per nares, aut ventris. Chroniae autem, vel tardae passionis morbi, qui jam praejudicio quodam corpora possederint, solius medici peritiam poscunt, cum neque naturâ, neque fortunâ solvantur.

Examine the solution F for oxalic acid, and the solution G for antimony or arsenic.

What gas is contained in each of the bottles D and E ?

What are the substances contained in the tubes A, B, and C ?

If round an electromagnet, a quantity of insulated wire be coiled, in the same way as the coil of the magnet itself, and the ends of this wire be connected with the terminals of a multiplying galvanometer, describe what takes place, when a current is sent round the coil of the magnet, and when this current is stopped.

Explain how a person may be knocked down in a thunderstorm without being actually struck by lightning.

Define the specific heat of a body.

If 100 grammes of iron be boiled for some time in water, when the height of the barometer is 760 m.m., and be then quickly transferred to a vessel containing 150 grammes of water at $10^{\circ }$C, what will be the common temperature of the iron and water ? It being assumed that no heat is lost, that a gramme of hot water adheres to the iron when it is transferred to the cold water, and that the specific heat of iron is 0.114.

Describe the common thermometer, and the way in which it is graduated.

To what change is a thermometer liable, which produces errors in the indications of the instrument ?

Describe the way in which an image of an object is. formed by a convex lens, and state the relation between the distances of the object and image from the lens.

In what way is the eye enabled to produce, upon the retina, distinct images of objects at different distances from it ?

How are differences of quality in musical sounds of the same pitch accounted for ?

Describe briefly the apparatus in the human ear which, it seems probable, is employed in producing the sensation of quality in musical sounds.

Enunciate Boyle's law connecting the volume and tension of a gas.

Explain the process of respiration, as far as it is due to the motion of the Diaphragm.

Assuming the lungs to contain 1600 cubic centimetres of air at the termination of an expiration, and 400 cubic centimetres to be introduced by each inspiration, if, after an expiration a vertical tube be placed in the mouth, with its lower end dipping in mercury, and, the nose being stopped, the act of inspiration be performed, to what height will the mercury rise in the tube ? The height of the mercury in the barometer being 760 m.m., and the air in the tube being neglected.

Describe some experiment illustrating the property, possessed by a fluid, of transmitting pressure applied to it equally in all directions.

Should the pulse occur simultaneously in all parts of the body ? What is the result of experiment on this point ?

If a body falls in vacuo, express the velocity, and the distance of the body from the starting point, at any instant in terms of the time which has elapsed since motion commenced.

Account for the comparatively small velocity of a drop of rain when it reaches the earth, and state what is the effective force upon the drop at that time.