Part 11

Young Colt tried in vain to interest government officials in his new weapon, their principal objection being that he used in it the new percussion caps instead of the time-honored flint-lock. But success came during the Seminole War of 1837, when some of the officers, who had seen the new revolving pistol, decided to give it a trial and sent to the factory for a supply.

Its value was soon proved. The Indians looked on this weapon that could be fired six times after one loading, as something magical. It was too much for their philosophy and the war soon came to an end. At a later date it was used by the Texans in their war against Mexico, and from that time on every Texas ranger wanted a revolver. It has ever since been the favorite weapon of the cowboy and frontiersman.

But wars ran out, the market closed, and the “Patent Arms Company” failed. What put Colt on his feet again was the Mexican war a few years later. General Taylor offered Colt a contract for one thousand revolvers at $24 each, and though the young inventor was looked upon as a ruined man he took the contract, got together the necessary capital, and built a factory on the Connecticut at Hartford. From that time on there was no want of a market. The “Forty-Niners” took revolvers to California, foreign governments sent orders for them, and armories were built in England and in Russia for their manufacture. Colt died in 1862, but the Civil War had previously opened a great market for his pistols, and before the conflict ended the Colt factory at Hartford was in a highly flourishing state. In the following years the revolver became a prime necessity in dealing with the Indians of the West, and a school-book statement of that date was to the effect that: “The greatest civilizer of modern times is the Colt revolver.” Another writer, speaking of the “Peacemaker,” an effective weapon produced after 1870, said: “It has the simplicity, durability, and beauty of a monkey-wrench.”

Machine Guns.

The revolving idea was applied to guns about 1861 by Richard J. Gatling, the first Gatling guns fitted for use with metalling ammunition being produced by the Colt Company in 1870. These guns had ten barrels revolving around a central shaft and in their developed form were capable of being fired at the rate of one thousand shots a minute. The first of these to be used prominently in warfare was the French mitrailleuse, used by France in the war of 1870-71. The Gatling soon made its way widely, and its rapidity of fire became a proverb. If anything moved quickly it was said to “go like a Gatling” or “sound like a Gatling.”

Other guns of this type are the Hotchkiss, the Nordenfeldt and the Gardner, and a more recent one is the Maxim, which, after the first shot is fired by hand power, continues to fire shot after shot by means of the power derived from the explosion of each successive cartridge. In the early form of the revolver the empty cartridge cases had to be ejected from the cylinder singly by an ejector rod or handy nail. In 1898 a new type was introduced with a lateral swinging cylinder which permitted the simultaneous ejection of all the empty shells.

Near the time of the Spanish-American War appeared what is known as the Colt automatic gun, operated by the action of the powder gases on a piston and lever near the muzzle of the barrel. This could be fired at the rate of 400 to 500 shots a minute, and by reason of its light weight could be very easily carried. The British used it effectively in the Boer War.

Today the Colt Company manufacture revolvers in which the simultaneous ejection of the cartridge-cases and recharging of the chambers is combined with a strong, jointless frame; automatic magazine pistols in which the pressure of the powder gases, as above said, is utilized after giving the proper velocity to the projectile, it requiring only a slight continued pressure on the trigger for each shot; automatic machine guns firing at will single shots or volleys while requiring only a slight pull upon the trigger; and the improved manually-operated Gatling gun firing the improved modern ammunition. The cartridges are carried on a tape which feeds them with the necessary rapidity into the barrel.

What would be the history of the European War without the machine gun is not easy to state, but as a highly efficient weapon of war its quality has been abundantly proved.

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How does the Poisonous Tarantula Live?

When the National Guardsmen from all over the Union were concentrated along the Mexican border, many reports were sent home of thrilling experiences with tarantulas, to whose bite the natives of Mexico, Italy and many other warmer countries have ascribed a disease called “tarantism.” The Italian peasants believe that this disease can only be cured by a certain kind of music.

The tarantula, like many other members of the spider family, is an expert in the making of burrows. Its burrows are artfully planned. At first there is a sheer descent four or five inches in depth, but at that distance below the surface the tunnel turns aside before dipping straight down again to its termination. It is at the angle or elbow of the tunnel that the tarantula watches for the approach of enemies or prey, like a vigilant sentinel, never for a moment off its guard, lying hidden during the day, if nothing disturbs it, and coming out at nightfall to seek its prey.

Unlike most other spiders, it hunts its game without the aid of webs or snares. It does, however, possess the ability to spin the silk which we have all seen other spiders make, for, in digging its hole, it makes neat little packages of the dirt it has scraped up, bound together with silk and slime from its mouth, and flips them to one side out of the way. When it comes to hunting, it makes sure that it can pounce on its prey, by building the entrance of its hole about two inches in diameter and up from the surface an inch or so, so that it can spread its legs for the leap.

How do the Indians Live Now?

The Indians of the United States are now largely gathered into reservations and their former dress, arms and habits are being gradually changed for those of the whites. Civilization is invading their homes and driving out their older characteristics. This is especially the case with the large numbers now dwelling in the former Indian Territory, now Oklahoma, although those confined in the reservations of Arizona, New Mexico and Montana are clinging more to their old modes, as is shown in the accompanying illustrations.

In ancient times the body was covered with furs and skins according to the seasons, but now the white man’s clothes and blanket have generally superseded the native dress; though the moccasin of deer or moose hide, and, in the wilder tribes, the ornamental leggings and head-dresses are still retained. Their dwellings are made of bark, skins and mattings of their own making, stretched on poles fixed in the ground. The arms of the wilder tribes consist of the bow and arrow, the spear, tomahawk and club, to which have been added the gun and knife of the whites. Canoes are made of logs hollowed out, or of birch bark stretched over a light frame, skilfully fastened with deers’ sinews and rendered water-tight by pitch.

The American Indian is described as of haughty demeanor, taciturn and stoical; cunning, brave and often ferocious in war; his temperament poetic and imaginative, and his simple eloquence of great dignity and beauty. They have a general belief in Manitous, or spiritual beings, one of them being spoken of as the Great Spirit. They believe in the transmigration of the soul into other men and into animals, and in demons, witchcraft and magic. They believe in life after death, where the spirit is surrounded with the pleasures of the “happy hunting grounds.” They adopt a “totem” or symbol of the family and this is generally some animal, the turtle, bear and wolf being favorites.

The number of Indians in the United States at the taking of the Federal Census in 1910, was 265,683; and there are about 130,000 in the British possessions, 1,500,000 in Central America and 4,000,000 in Mexico. In all North America there are somewhere about 6,000,000 and there are probably 10,000,000 more in South America, many of them being more or less civilized.

How does the Beach Get Its Sand?

Most of the sands which we find on the beaches and in other places are the ruins of rocks which have come apart, usually as the result of the action of water. A large part of the ocean bottom is made up of “sandstone” and the continual washing of the water over this causes particles to break away and float off, whereupon they are swept up upon the beaches by the waves.

Sands differ in color according to the rocks from which they are derived. In addition to the sands on the beaches, they occur very abundantly in many inland locations, which were formerly sea bottoms, and very extensively in the great deserts of the world.

Valuable metallic ores, such as those of gold, platinum, tin, copper and iron, often occur in the form of sand or mixed with that substance. Pure siliceous sands are very valuable for the manufacture of glass, for making mortar, filters, ameliorating dense clay soils, for making molds in founding and for many other purposes.

The silica, which is the principal ingredient of sand, as well as of nearly all the earthy minerals, is known as “rock crystal” in its naturally crystallized form. Colored of a delicate purple, these crystals are what we call “amethysts.” Silica is also met with in the “carnelian” and we find it constituting jasper, agate, cat’s-eye, onyx and opals. In the latter it is combined with water. Many natural waters present us with silica in a dissolved state, although it is not soluble in pure water. The resistance offered by silica to all impressions is exemplified in the case of “flint” which consists essentially of silica colored with some impurity.

How did Nodding the Head Up and Down Come to Mean “Yes”?

Like a multitude of other things, the signs which we give by the movements of our heads to indicate “yes” and “no” were copied from animal life.

When the mother animal brought her young a choice morsel of food she would hold it up temptingly before its mouth and the quick forward movement of the head, with mouth open, showed the young animal’s desire and acceptance of the offer. Even today when we make a forward movement of our heads to indicate “yes” it is observed that the lips are usually quite unconsciously opened a little.

In much the same manner, when the young had been well fed and were no longer hungry, a tightly closed mouth and a shaking of the head from side to side were resorted to, to keep the mother from putting the food into their mouths. Our natural impulse now is to slightly clinch our teeth when we shake our heads to mean “no.”

Why do We Call a Man “a Benedict” When He Marries?

We call men “benedicts” when they become married because that was the name of a humorous gentleman in Shakespeare’s play, “Love’s Labor Lost,” who was finally married to a character named “Beatrice.”

The Story in Firecrackers and Sky-Rockets[9]

The blaze and noise, indispensable to patriotic celebrations among all peoples, was produced a century ago in America by simple agencies. Washington’s Birthday was ushered in by cannon salutes in every garrisoned place in the United States, and boys the country over built bonfires as they still do in old New England towns to celebrate the day. But the Fourth of July was the great hurrah time of the year, when every youth who owned a gun or could borrow one, brought it into use as a contribution to the general noise. He might lack shoes and be short of shot and bullets for hunting, but for this occasion no young man was so poor as to have failed to lay in a hornful of powder, and at the stroke of twelve midnight, which began the day, he and his companions blazed away with guns loaded to the danger point, and kept up their fusillade as long as ammunition lasted. For demonstrations on a larger scale, a small cannon was secured if possible, but lacking this, two blacksmith’s anvils were made to do the same service, the hole in the top of one being filled with powder, a fuse laid into it and the second anvil placed as a stopper upon the first before the charge was exploded.

A favorite firearm for celebration purposes was one of the old “Queens Arm” muskets which were common in country communities, being trophies captured from the British during the Revolutionary War. One of these cumbersome flint-lock pieces might be loaded halfway to the muzzle and fired without bursting, and would roar in the discharge in a way highly pleasing to patriotic ears.

It was near the close of the eighteenth century that Chinese firecrackers first came into use in celebrating the American Independence Day. For many years they were used sparingly and only in large cities. They had been known in the New England coast cities ever since the year 1787, when Elias Haskett Derby’s ship of Salem, the first American vessel to engage in deep-water commerce, returned from her voyage to Calcutta, China and Isle of France. Among the things she brought back--more as a curiosity than as an article of cargo--was a consignment of Chinese firecrackers. Their capabilities in aiding the uproar on the Fourth of July were quickly recognized, and thereafter every ship that made the voyage from Massachusetts Bay to India or China brought back firecrackers with the tea, silks and rice. In time, rockets, squibs and torpedoes were included in the consignment, but it was not until the middle of the nineteenth century that their use became general in America.

The time when the more complicated fireworks, which we owe both to Europe and the Orient, came into vogue in this country, no one perhaps could now definitely tell. Their use was known to our seafaring men in the “forties,” for it was in that decade that Capt. Decimus Forthridge, of the American brig “Independence,” showed his Yankee pluck and resource in defeating an attack of Malay pirates with no other armament than fancy fireworks. During his voyage in the East Indies he had laid in a supply of fireworks with which to celebrate the Fourth of July in a manner worthy an American captain. For some reason no ammunition was available for swivels or muskets, when, in the mid-watch of the night, two war proas, deeply laden with armed Malays, were seen coming quickly up on the vessel’s quarter as she lay becalmed off Firabader Point in the Island of Sumatra. The cry of “All hands on deck to repel pirates” brought the crew on deck in haste, but without ammunition the chance that they would beat the enemy off was a long shot compared with the probability that the throat of every man on board would be cut as a preliminary to plundering and scuttling the vessel. Even in their extremity the crew laughed and jeered when the captain ranged them along the quarter rail with boarding pikes and empty muskets in hand to give the enemy the idea that they were ready for business, and then, opening the box of fireworks, he began to shoot rockets and roman candles at the pirates. If the crew laughed, the Malays did not, and when the captain of one of the proas was struck by a rocket, both crafts rested oars and came no nearer. But while Captain Forthridge was attending to these, a third proa came up unobserved under the port quarter, and the first that was known of its presence was the attempt of its occupants to board the vessel by the chains. To make matters worse it was discovered that the paper wrappings of the fireworks in the box were on fire. While the crew with clubbed muskets and boarding pikes kept the Malays outside the rails, Captain Forthridge picked up the blazing box, carried it to the chains, and while the mate and sailors warded the spears and krises from him, dropped it into the proa. The box was blown to pieces the minute it struck, scattering the fireworks through the proa, and with firecrackers snapping and jumping and fiery serpents running round among their bare legs, the Malays chose to take their chances with the sharks, and all hands went overboard into the water at double-quick. A little breeze came up and the brig drew away from the pirates, leaving the two proas to pick up those Malays from the water that the sharks had missed.

In the days of the China clippers, those famous ships sailed many a race from Hong Kong and Canton, with New York as the goal, to get there with “first tea” and to forestall the Fourth of July market with a cargo of firecrackers.

In China and the East Indies, fireworks, like “the fume of the incense, the clash of the cymbal, the clang and the blaze of the gong,” are a part of the worship of the gods, as well as a feature of coronations and weddings. China is the birthplace of fireworks. From China the knowledge of them spread to India, and in both these lands rockets were used as missiles of war as early as the ninth century. The Chinese war rocket was a long, heavy affair, fitted at the end with a barb-like arrow, and to a foe unacquainted with firearms, it must have seemed a formidable missile. After gunpowder was introduced in Europe, fireworks came into use on the continent, and the use of both explosives undoubtedly was learned from the Chinese.

Fireworks were manufactured in Italy as early as 1540, and in France we have accounts of their employment in great celebrations between the years 1606 and 1739. Long before this time, some form of rocket, now unknown, that would burn in water, constituted the famous Greek fire which struck terror to the hearts of invaders from Northern Europe in medieval times when the Saracens launched it against their ships. Early in the present century during the Napoleonic Wars, the rocket perfected by Sir William Congreve was used in the siege of Boulogne and in the battle of Leipsic. The conditions of modern warfare have so changed that the rocket is no longer of practical use in fighting except as a signal. In case of shipwreck it is often employed to carry a line from the shore to a stranded vessel. It is noteworthy that while almost every kind of fireworks is manufactured in Europe and the United States, the small firecrackers are still imported from China. But larger quantities are now manufactured in the United States, and it is only a matter of time when the “Young American” salute will take the place of the Chinese firecrackers.

It was about ten years before the Civil War that “set pieces” began to form a part of fireworks celebrations. In those days the most famous pyrotechnic display in the whole country was given on Boston Common on the Fourth of July, and the country boy who was so lucky as to see that display, with the miracle of George Washington’s benign face illuminated amid spouting flames and a shower of fireballs and rockets, had something to talk about for the rest of the year.

The American Civil War which did so much toward the modern development of firearms and munitions of war, brought also a great advance in pyrotechny, and soon after the close of the struggle, extensive manufacture of fireworks began in this country, with New York as the headquarters of the principal firms engaged in the business.

In 1865 the first displays of fireworks in the United States, illustrating historical events, were made by a company in New York City. They were the pioneers in this line of displays. Their success was immediate, and from these displays has grown the successes of today in pyrotechnics.

Fireworks now enter into the celebration of every important event in our national, political and business life. The celebrations at Washington, D. C., at the inaugurations of our Presidents, the coronations of emperors and kings in lands beyond our borders, are all brought to a close by brilliant displays of fireworks.

The writer, in visiting the plant of a large fireworks manufacturer, found that they were turning out large quantities of time fuses and primers for shrapnel shells for the foreign powers, and are working night and day on orders for the United States government on aeroplane bombs and signals. They have also worked out a searchlight projectile which is arranged to burst in the air, throwing out a number of luminous bodies that light up the surrounding country and reveal the movements of the enemy.

All large displays of fireworks are now fired by electricity and every known color and effect is produced by the pyrotechnist of the present day.

The water displays are scarcely less varied, consisting of flying fish, diving devils, prismatic fountains, floating batteries, fiery geysers and submarine torpedoes, all of which, being ignited and thrown into the water, go through their stunts as readily as other kinds do on land and in the air.

From every part of the civilized world, from Mexico, Central and South America and Europe, orders for fireworks come in increasing numbers to American firms, who now lead the world in this art. The Philippines will soon be a customer for them, and with the general opening up of China to modern civilization, from causes now in operation, it will not be strange if some day we should supply fireworks to the land of their origin.

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What Makes a Chimney Smoke?

Smoky chimneys are usually caused either by the presence of other buildings obstructing the wind and giving rise to irregular currents of air, or by improper construction of the fireplace and adjacent parts of the chimney.

The first may generally be cured by fixing a chimney-pot of a particular construction, or a revolving cowl, on the chimney top, in order to prevent the wind blowing down; in the second case the narrowing of the chimney throat will generally create a better draft.

The longer a chimney is, the more perfect is its draft, provided the fire is great enough to heat the column of air in it, because the tendency of the smoke to draw upwards is in proportion to the difference of weight between the heated air in a chimney and an equal column of external air.

The first we hear of chimneys, for the escape of the smoke from a fire or furnace, is in the middle ages.