A globe may not, at first sight, appear a cheap production. It is not, of necessity, a low-priced production, and yet it is essentially cheap; for nearly all the principles of manufacture that are conditions of cheapness are exhibited in the various stages of its construction. There are only four globe-makers in England and one in Scotland. The annual sale of globes is only about a thousand pair. The price of a pair of globes varies from six shillings to fifty pounds. But from the smallest 2-inch, to the largest 36-inch globe, a systematic process is carried on at every step of its formation. We select this Illustration of Cheapness as a contrast, in relation to price and extent of demand, to the Lucifer Match. But it is, at the same time, a parallel in principle. If a globe were not made upon a principle involving the scientific combination of skilled labour, it would be a mere article of luxury from its excessive costliness. It is now a most useful instrument in education. For educational purposes the most inexpensive globe is as valuable as that of the highest price. All that properly belongs to the excellence of the instrument is found in combination with the commonest stained wood frame, as perfectly as with the most highly-finished frame of rose-wood or mahogany. The mould, if we may so express it, of a globe is turned out of a piece of wood. This sphere need not be mathematically accurate. It is for rough work, and flaws and cracks are of little consequence. This wooden ball has an axis, a piece of iron wire at each pole. And here we may remark, that, at every stage of the process, the revolution of a sphere upon its axis, under the hands of the workman, is the one great principle which renders every operation one of comparative ease and simplicity. The labour would be enormously multiplied if the same class of operations had to be performed upon a cube. The solid mould, then, of the embryo globe is placed on its axis in a wooden frame. In a very short time a boy will form a pasteboard globe upon its surface. He first covers it entirely with strips of strong paper, thoroughly wet, which are in a tub of water at his side. The slight inequalities produced by the over-lapping of the strips are immaterial. The saturated paper is not suffered to dry; but is immediately covered over with a layer of pasted paper, also cut in long narrow slips. A third layer of similarly pasted paper—brown paper and white being used alternately—is applied; and then, a fourth, a fifth and a sixth. Here the pasting process ends for globes of moderate size. For the large ones it is carried farther. This wet pasteboard ball has now to be dried,—placed upon its axis in a rack. If we were determined to follow the progress of this individual ball through all its stages, we should have to wait a fortnight before it advanced another step. But as the large factory of Messrs. Malby and Son has many scores of globes all rolling onward to perfection, we shall