If you were to cut him up in little bits and put each atom under a microscope, you would find in every molecule the text of some proclamation.

Each molecule of food, ingested for assimilation into our substance, accumulates a history of wanderings and pilgrimages, attachments and transformations beside which the gross trampings of a Marco Polo become the rambling steps of a seven-league booted giant.

A POLITICAL MOLECULE VIII.

A POLITICAL MOLECULE.

Society is happily not dependent for the growth of fellowship on the small minority already endowed with comprehensive sympathy: any molecule of the body politic working towards his own interest in an orderly way gets his understanding more or less penetrated with the fact that his interest is included in that of a large number.

He was a political molecule of the most gentleman-like appearance, not less than six feet high, and showing the utmost nicety in the care of his person and equipment.

" The Western scientist teaches as the foundation of modern physics that "each and every atom of prakritic matter is the center of an etheric molecule of many atoms;" that "no two prakritic atoms touch," although their etheric envelopes or atmospheres do touch; and that "all physical phenomena are caused by the chording vibration of the prakritic atom and its envelope of ether," each "sounding the same note hundreds of octaves apart."

It says that, when the pranic globes were formed, each atom of prana had its manasic envelopewas the center of a manasic molecule.

But in her he had seen something that was more than beauty, something that for a flashing moment had set stirring every molecule in his being.

Aside from the fact that character consists largely in the steady inhibition of instinct and passion by the will, there is this momentous difference between atoms or molecules, on the one hand, and souls on the other: the character of the atom or molecule is constant, that of the soul is highly variable.

The motion of a sound wave must not, however, be confounded with the motion of the molecules which at any moment form the wave; for during its passage every molecule concerned in its transference makes only a small excursion to and fro, the length of the excursion being the amplitude of vibration, on which the intensity of the sound depends.

Taking the same tuning fork mentioned above, the molecule would take 1/256 of a second to make a full vibration, which is the length of time it takes for the pulse to travel the length of the sound wave.

is 3,505,519,800,000,000,000 or 35 followed by 17 ciphers (35)^{17}; and that the number of collisions per second that the molecules make is, according to Boltzmann, for hydrogen, 17,700,000,000, that is to say, a hydrogen molecule in one second has its course wholly changed over seventeen billion times.

Now, a molecule of oxygen or nitrogen, according to modern science, is a mass 1/250000000 of an inch in diameter, and an oxygen molecule has been calculated to weigh 0.0000000054044 ounce.

Now, a molecule of oxygen or nitrogen, according to modern science, is a mass 1/250000000 of an inch in diameter, and an oxygen molecule has been calculated to weigh 0.0000000054044 ounce.

If control was only had of the distance the vibrating molecule travels from its start to the end of its journey, then only the intensity of the sound would be under subjection; but if at every infinitesimal instant control was had of its amplitude of swing, then the character, timbre, or quality of the sound is under subjection.

How any resultant can be established as regards the time necessary for the molecule to take so as to complete a full vibration for the note C{11}, which requires 1/16 of a second, and for other notes up to C''''', which only requires 1/4176 of a second, as when an orchestra is playing, is certainly beyond human comprehension, if it is not beyond the "transcendental mathematics" of the present day.

] Rich as it is in practical results, the kinetic theory of gases, as hitherto developed, stops absolutely short at the atom or molecule, and gives not even a suggestion toward explaining the properties in virtue of which the atoms or molecules mutually influence one another.

The average effect of repeated and repeated mutual collisions must be to gradually convert all the translational energy into energy of shriller and shriller vibrations of the molecule.

The more minute this nodal subdivision, the less must be the tendency to give up part of the vibrational energy into the shape of translational energy in the course of a collision; and I think it is rigorously demonstrable that the whole translational energy must ultimately become transformed into vibrational energy of higher and higher nodal subdivisions if each molecule is a continuous elastic solid.

Let us, then, leave the kinetic theory of gases for a time with this difficulty unsolved, in the hope that we or others after us may return to it, armed with more knowledge of the properties of matter, and with sharper mathematical weapons to cut through the barrier which at present hides from us any view of the molecule itself, and of the effects other than mere change of translational motion which it experiences in collision.

At the end of three weeks I searched every molecule of the slate for the indication of a zig-zag line, but the surface was unsullied, and its black monotony returned stare for stare.

The sun is a nebula of inflammatory gas, and the earth an imperceptible molecule of sand.

He proposed the electronic theory of the origin of the complex ether vibrations which proceed from a molecule emitting light.

Consider every molecule of air to be a mud-bank in itself.