Yet not with such as these memorials
Of the great unremembered, that can show
The mass and shape they wore four thousand years ago.
The Egyptian idea of a pyramid was that of a structure on a square base, with four inclining sides, each one of which should be an equilateral triangle, all meeting in a point at the top. The structure might be solid, and in that case might be either of hewn stone throughout, or consist of a mass of rubble merely held together by an external casing of stone; or it might contain chambers and passages, in which case the employment of rubble was scarcely possible. It has been demonstrated by actual excavation, that all the great pyramids of Egypt were of the latter character that they were built for the express purpose of containing chambers and passages, and of preserving those chambers and passages intact. They required, therefore, to be, and in most cases are, of a good construction throughout.
There are from sixty to seventy pyramids in Egypt, chiefly in the neighbourhood of Memphis. Some of them are nearly perfect, some more or less in ruins, but most of them still preserving their ancient shape, when seen from afar. Two of them greatly exceed all the others in their dimensions, and are appropriately designated as "the Great Pyramid" and "the Second Pyramid." A third in their immediate vicinity is of very inferior size, and scarcely deserves the pre-eminence which has been conceded to it by the designation of "the Third Pyramid."
Still, the three seem, all of them, to deserve description, and to challenge a place in "the story of Egypt," which has never yet been told without some account of the marvels of each of them. The smallest of the three was a square of three hundred and fifty-four feet each way, and had a height of two hundred and eighteen feet. It covered an area of two acres, three roods, and twenty-one poles, or about that of an ordinary London square. The cubic contents amounted to above nine million feet of solid masonry, and are calculated to have weighed 702,460 tons. The height was not very impressive. Two hundred and twenty feet is an altitude attained by the towers of many churches, and the "Pyramid of the Sun" at Teotihuacan did not fall much short of it; but the mass was immense, the masonry was excellent, and the ingenuity shown in the construction was great. Sunk in the rock from which the pyramid rose, was a series of sepulchral chambers. One, the largest, almost directly under the apex of the pyramid, was empty. In another, which had an arched roof, constructed in the most careful and elaborate way, was found the sarcophagus of the king, Men-kau-ra, to whom tradition assigned the building, formed of a single mass of blue-black basalt, exquisitely polished and beautifully carved, externally eight feet long, three feet high, and three feet broad, internally six feet by two. In the sarcophagus was the wooden coffin of the monarch, and on the lid of the coffin was his name. The chambers were connected by two long passages with the open air; and another passage had, apparently, been used for the same purpose before the pyramid attained its ultimate size. The tomb-chamber, though carved in the rock, had been paved and lined with slabs of solid stone, which were fastened to the native rock by iron cramps. The weight of the sarcophagus which it contained, now unhappily lost, was three tons.
The "Second Pyramid," which stands to the north-east of the Third, at the distance of about two hundred and seventy yards, was a square of seven hundred and seven feet each way, and thus covered an area of almost eleven acres and a half, or nearly double that of the greatest building which Rome ever produced—the Coliseum. The sides rose at an angle of 52° 10'; and the perpendicular height was four hundred and fifty-four feet, or fifty feet more than that of the spire of Salisbury Cathedral. The cubic contents are estimated at 71,670,000 feet; and their weight is calculated at 5,309,000 tons. Numbers of this vast amount convey but little idea of the reality to an ordinary reader, and require to be made intelligible by comparisons. Suppose, then, a solidly built stone house, with walls a foot thick, twenty feet of frontage, and thirty feet of depth from front to back; let the walls be twenty-four feet high and have a foundation of six feet; throw in party-walls to one-third the extent of the main walls—and the result will be a building containing four thousand cubic feet of masonry. Let there be a town of eighteen thousand such houses, suited to be the abode of a hundred thousand inhabitants—then pull these houses to pieces, and pile them up into a heap to a height exceeding that of the spire of the Cathedral of Vienna, and you will have a rough representation of the "Second Pyramid of Ghizeh." Or lay down the contents of the structure in a line a foot in breadth and depth—the line would be above 13,500 miles long, and would reach more than half-way round the earth at the equator. Again, suppose that a single man can quarry a ton of stone in a week, then it would have required above twenty thousand to be employed constantly for five years in order to obtain the material for the pyramid; and if the blocks were required to be large, the number employed and the time occupied would have had to be greater.
The internal construction of the "Second Pyramid" is less elaborate than that of the Third, but not very different. Two passages lead from the outer air to a sepulchral chamber almost exactly under the apex of the pyramid, and exactly at its base, one of them commencing about fifty feet from the base midway in the north side, and the other commencing a little outside the base, in the pavement at the foot of the pyramid. The first passage was carried through the substance of the pyramid for a distance of a hundred and ten feet at a descending angle of 25° 55', after which it became horizontal, and was tunnelled through the native rock on which the pyramid was built. The second passage was wholly in the rock. It began with a descent at an angle of 21° 40', which continued for a hundred feet; it was then horizontal for fifty feet; after which it ascended gently for ninety-six feet, and joined the first passage about midway between the sepulchral chamber and the outer air. The sepulchral chamber was carved mainly out of the solid rock below the pyramid, but was roofed in by some of the basement stones, which were sloped at an angle. The chamber measured forty-six feet in length and sixteen feet in breadth; its height in the centre was twenty-two feet. It contained a plain granite sarcophagus, without inscription of any kind, eight feet and a half in length, three feet and a half in breadth, and in depth three feet. There was no coffin in the sarcophagus at the time of its discovery, and no inscription on any part of the pyramid or of its contents. The tradition, however, which ascribed it to the immediate predecessor of Men-kau-ra, may be accepted as sufficient evidence of its author.
Come we now to the "Great Pyramid," "which is still," says Lenormant, "at least in respect of its mass, the most prodigious of all human constructions," The "Great Pyramid," or "First Pyramid of Ghizeh," as it is indifferently termed, is situated almost due north-east of the "Second Pyramid," at the distance of about two hundred yards. The length of each side at the base was originally seven hundred and sixty-four feet, or fifty-seven feet more than that of the sides of the "Second Pyramid." Its original perpendicular height was something over four hundred and eighty feet, its cubic contents exceeded eighty-nine million feet, and the weight of its mass 6,840,000 tons. In height it thus exceeded Strasburg Cathedral by above six feet, St. Peter's at Rome by above thirty feet, St. Stephen's at Vienna by fifty feet St. Paul's, London, by a hundred and twenty feet, and the Capitol at Washington by nearly two hundred feet. Its area was thirteen acres, one rood, and twenty-two poles, or nearly two acres more than the area of the "Second Pyramid." which was fourfold that of the "Third Pyramid," which, as we have seen, was that of an ordinary London square. Its cubic contents would build a city of twenty-two thousand such houses as were above described, and laid in a line of cubic squares would reach a distance of nearly seventeen thousand miles, or girdle two-thirds of the earth's circumference at the equator. Herodotus