U, ulna; R, radius; c, cuneiform; 1, lunar; s, scaphoid; u, unciform; m, magnum; **td**, trapezoid; tm, trapezium.

The os magnum 1, lunar; sc, scaphoid; u, unciform; of the carpus articulates freely m, magnum; **td**, trapezoid; tm, with the scaphoid.

**Td**, Trapezoid.

This suspension is then run through a conical mill in order **td** remove all grit, the cones of the mill fitting so tightly that water cannot pass through unless the mill is running; the speed of the mill when working is about 3000 revolutions per minute.

It is further assumed, as the result of experiment, that the resistance is proportional to the density of the air; so that if the standard density changes from unity to any other relative density denoted by then R= **Td** 2 p, and is called the coefficient of tenuity.

The same word does not appear elsewhere; but we find its two parts separately, such as Gurung pre, Murmi pre, Taksya phre and Takpa gyet, Serpa gye, Garo chet, &c. Rta (horse) is reduced to to in speech, but we find ri, rhyi, roh in Sokpa, Horpa, Tochu, Minyak, and **td**, tah, teh, t'ay in Lhopa, Serpa, Murmi, Kami, Takpa, &c., both with the same meaning.

If the wave-length is X, the equation of the surface is y=b sin 2lrxx The pressure due to the surface tension T is p= - **Td** 2 = 4Ty.

(8)> Whence we obtain for the difference of the specific heats (s' - s") = - **Td** 2 E/dT 2 = - **Tdp**/ dT.

Taking conduction into account in the application of the second law of thermodynamics, he proposes to substitute the inequality, **Td**/dET - P

Svi e fearuklstovt n I **TD** Wash iti ?