Search for "feet" | ClipArt ETC

"Springing Beetles, Elateridae, are narrower and more elongate than the former, and their legs are so short that when they fall on their backs they are as unable to right themselves as a capsized turtle, but by bending the head and thorax backwards, and making use of the prolongation already described, they are enabled to spring to a height fully ten times their own length, and this operation they repeat until they fall on their feet. The noise which accompanies the springing process has earned for them the name of Click Beetles." — Encyclopedia Britanica, 1893

Click Beetle

"Springing Beetles, Elateridae, are narrower and more elongate than the former, and their legs are so…

Chinese Paddlefish

A fish with an extended snout far beyond its mouth. Grows up to 18 feet in length.

A bird having feathered feet and turns white in the winter.

Rock Ptarmigan

A bird having feathered feet and turns white in the winter.

Birds with pigeon like heads and necks. their body is compact and sturdy. Has a leathery down on their feet.

Sand Grouse

Birds with pigeon like heads and necks. their body is compact and sturdy. Has a leathery down on their…

A small canoe shaped "boat" made of light materials and covered in reindeer skin. It is drawn by a single reindeer and it used to journeyover the snow in the winter. Usually about five feet long, one foot deep, and eighteen inches high. The rider sits up against the stern.

Lapland Pulk

A small canoe shaped "boat" made of light materials and covered in reindeer skin. It is drawn by a single…

"Close to the place where the dredge is emptied there ought to be a tub about 2 feet in diameter and 20 inches deep, provided with a set of sieves so arranged that the lowest sieve fits freel within the bottom of the tub, and the three remaining sieves fit freely within one another. Each sieve has a pair of iron handles through which the hand can pass easily, and the handles of the largest sieve are made long, so that the whole nest can be lifted without stooping or putting the arms into the water." — Encyclopedia Britannica, 1893

Set of Sieves

"Close to the place where the dredge is emptied there ought to be a tub about 2 feet in diameter and…

Torsion Balance

"ABCD is a cylinder of glass 1 foot in diameter and 1 foot high. This cylinder is closed by a glass…

"These brick retorts are 9 feet long and with diameters of 22 and 13.5 inches, set four in an oven to one unarched furnace. Each retort will, it is affirmed, carbonize 500 tons cannel coal, or 2000 tons per oven of four, without any repairs whatever. Decayed bricks may be removed from these retorts and new ones inserted, and when thoroughly repaired they are again equal to new." — Encyclopedia Britannica, 1893

Brick Retort

"These brick retorts are 9 feet long and with diameters of 22 and 13.5 inches, set four in an oven to…

"A species of antelope, abounding on the dry yet fertile plains of South Africa, where it feeds on the bulbs of water-root and other kinds of succulent vegetation, by means of which the antelopes of those regions are able to subsist without water for months together. It is a large and powerful animal, measuring abot 5 feet in length and over 3 feet in height at the shoulders. Its horns, situated on the same plane with its forehead, exceed 2 feet in length, are almost straight, and are obscurely ringed throughout their lower half." — Encyclopedia Britannica, 1893

Gemsbok

"A species of antelope, abounding on the dry yet fertile plains of South Africa, where it feeds on the…

Inside Length of Furnace, 12 Feet.

Furnace

Inside Length of Furnace, 12 Feet.

A broad flat bottom boat, used for transporting the products of India down the Ganges. It is from 40 to 65 feet long, lightly made, and capable of conveying heavy cargo.

Puteli

A broad flat bottom boat, used for transporting the products of India down the Ganges. It is from 40…

An animal about two feet long, stout body, bushy ringed tail, short limbs, pointed ears, broad face, and sharp snout. Usually washes its food before eating it.

Racoon

An animal about two feet long, stout body, bushy ringed tail, short limbs, pointed ears, broad face,…

"Successive stages of modification of the feet of extinct forms of horse-like animals, showin gradual reduction of the outer and enlargement of the middle toe (III). Orohippus (Eocene)." — Encyclopedia Britannica, 1893

Horse Foot

"Successive stages of modification of the feet of extinct forms of horse-like animals, showin gradual…

Horse Foot

"Successive stages of modification of the feet of extinct forms of horse-like animals, showin gradual…

Horse Foot

"Successive stages of modification of the feet of extinct forms of horse-like animals, showin gradual…

Horse Foot

"Successive stages of modification of the feet of extinct forms of horse-like animals, showin gradual…

Horse Foot

"Successive stages of modification of the feet of extinct forms of horse-like animals, showin gradual…

"A horizontal tubular, which is found to be extremely powerful as well as economical. It is a rectangular box 6 feet long, made of 2-inch iron pipes, fixed into hollow water spaces which form the ends; these pipes act as fire bars, and form the sides of the furnace. above the fire there are three series of horizontal pipes, each covered by a layer of tiles so placed as to convert the two intervening spaces into flues, along which the flames and smoke travel for 18 feet, the smoke escaping at the far end by an opening in the upper layer of tiles." — Encyclopedia Britannica, 1893

Ladds's Boiler

"A horizontal tubular, which is found to be extremely powerful as well as economical. It is a rectangular…

A bird with black plumage with a metallic sheen, the bill and feet are ebony black, the wings pointed and the tail rounded.

Raven

A bird with black plumage with a metallic sheen, the bill and feet are ebony black, the wings pointed…

A Californian timber tree. Grows 200 to 300 feet high and have a thick cinnamon colored bark. The inside wood is a rich brownish red.

Redwood Branch

A Californian timber tree. Grows 200 to 300 feet high and have a thick cinnamon colored bark. The inside…

"When a water fall ranges between 10 and 70 feet, and the water supply is from 3 to 25 cubic feet per second, it is possible to construct a bucket wheel on which the water acts chiefly by its weight. If the variation of the head-water level does not exceed 2 feet, an overshot wheel may be used. The water is then projected over the summit of the wheel, and falls in a parabolic path into the buckets. With greater variation of head-water level, a pitch-back or high breast wheel is better. The water falls over the top of a sliding sluice into the wheel, on the same side as the head race channel. By adjusting the height of the sluice, the requisite supply is given to the wheel in all positions of the head-water level. The wheel consists of a cast-iron or wrought-iron axle C supporting the weight of the wheel. To this are attached two sets of arms A of wood or iron, which support circular segmental plates termed shrouds B. A cylindrical sole plate dd extends between the shrouds on the inner side. The buckets are formed by wood planks or curved wrought-iron plates extending from shroud to shroud, the back of the buckets being formed by the sole plate." — Encyclopedia Britannica, 1893

Water Wheel

"When a water fall ranges between 10 and 70 feet, and the water supply is from 3 to 25 cubic feet per…

"Professor James Thomson's inward flow or vortex turbine has been selected as the type of reaction turbines. It is one of the best even in normal conditions of working, and the mode of regulation introduced is decidedly superior to that in most reaction turbines; it might almost be said to be the only mode of regulation which satisfies the conditions of efficient working, and it has been adopted in a modified form in the Leffel turbine, which is now largely used in america. The turbine has suction pipes, which permit the turbine to be placed at any height less than 30 feet above the tail-water level. The water enters the turbine by cast-iron supply pipes at A, and is discharged through two suction pipes S. The water on entering the case distributes itself through a rectangular supply chamber SC, from which it finds its way equally to the four guide-blade passages G. In these passages it acquires a velocity about equal to that due to half the fall, and is directed into the wheel at an angle of about 10 or 12 degrees with the tangent to its circumference. The wheel W receives the water in equal proportions from each guide-blade passage." — Encyclopedia Britannica, 1893

Reaction Turbine

"Professor James Thomson's inward flow or vortex turbine has been selected as the type of reaction turbines.…

"Professor James Thomson's inward flow or vortex turbine has been selected as the type of reaction turbines. It is one of the best even in normal conditions of working, and the mode of regulation introduced is decidedly superior to that in most reaction turbines; it might almost be said to be the only mode of regulation which satisfies the conditions of efficient working, and it has been adopted in a modified form in the Leffel turbine, which is now largely used in america. The turbine has suction pipes, which permit the turbine to be placed at any height less than 30 feet above the tail-water level. The water enters the turbine by cast-iron supply pipes at A, and is discharged through two suction pipes S. The water on entering the case distributes itself through a rectangular supply chamber SC, from which it finds its way equally to the four guide-blade passages G. In these passages it acquires a velocity about equal to that due to half the fall, and is directed into the wheel at an angle of about 10 or 12 degrees with the tangent to its circumference. The wheel W receives the water in equal proportions from each guide-blade passage." — Encyclopedia Britannica, 1893

Reaction Turbine

"Professor James Thomson's inward flow or vortex turbine has been selected as the type of reaction turbines.…

"Professor James Thomson's inward flow or vortex turbine has been selected as the type of reaction turbines. It is one of the best even in normal conditions of working, and the mode of regulation introduced is decidedly superior to that in most reaction turbines; it might almost be said to be the only mode of regulation which satisfies the conditions of efficient working, and it has been adopted in a modified form in the Leffel turbine, which is now largely used in america. The turbine has suction pipes, which permit the turbine to be placed at any height less than 30 feet above the tail-water level. The water enters the turbine by cast-iron supply pipes at A, and is discharged through two suction pipes S. The water on entering the case distributes itself through a rectangular supply chamber SC, from which it finds its way equally to the four guide-blade passages G. In these passages it acquires a velocity about equal to that due to half the fall, and is directed into the wheel at an angle of about 10 or 12 degrees with the tangent to its circumference. The wheel W receives the water in equal proportions from each guide-blade passage." — Encyclopedia Britannica, 1893

Reaction Turbine

"Professor James Thomson's inward flow or vortex turbine has been selected as the type of reaction turbines.…

"Professor James Thomson's inward flow or vortex turbine has been selected as the type of reaction turbines. It is one of the best even in normal conditions of working, and the mode of regulation introduced is decidedly superior to that in most reaction turbines; it might almost be said to be the only mode of regulation which satisfies the conditions of efficient working, and it has been adopted in a modified form in the Leffel turbine, which is now largely used in america. The turbine has suction pipes, which permit the turbine to be placed at any height less than 30 feet above the tail-water level. The water enters the turbine by cast-iron supply pipes at A, and is discharged through two suction pipes S. The water on entering the case distributes itself through a rectangular supply chamber SC, from which it finds its way equally to the four guide-blade passages G. In these passages it acquires a velocity about equal to that due to half the fall, and is directed into the wheel at an angle of about 10 or 12 degrees with the tangent to its circumference. The wheel W receives the water in equal proportions from each guide-blade passage." — Encyclopedia Britannica, 1893

Reaction Turbine

"Professor James Thomson's inward flow or vortex turbine has been selected as the type of reaction turbines.…

"Ambulacra of Star-fish, As seen in a longitudinal and vertical section of one of the rays; and three of them in a separate figure on a larger scale, in which they are shown in different conditions; a, a, a, tubular feet; b, b, b, internal vesicles; c, the organ which supplies the fluid with which they are filled." — Chambers' Encyclopedia, 1875

Ambulacra

"Ambulacra of Star-fish, As seen in a longitudinal and vertical section of one of the rays; and three…

"A tree which grows plentifully in Europe and in Siberia. It is a native of Britain, and is frequent in Scotland, where it is found even at an elevation of 1500 feet above the sea. It has recieved the specific name tremula, from the readiness with which its leaves are thrown into a tremulous motion by the slightest breath of wind. a, a portion of a branch with catkins; b, do., with leaves." — Chambers' Encyclopedia, 1875

Aspen

"A tree which grows plentifully in Europe and in Siberia. It is a native of Britain, and is frequent…

"A genus of grasses, of which most of the species attain a great size, many of them 20 or 30 feet, some 70 or 100 feet in height. The species are numerous, and are found in tropical and subtropical regions, both of the eastern and western hemispheres. They are of great importance to the inhabitants of the countries in which they grow." — Chambers' Encyclopedia, 1875

Bamboo

"A genus of grasses, of which most of the species attain a great size, many of them 20 or 30 feet, some…

"A genus of plants of the natural order Umbelliferae, having petals bent in at the middle, and flat compressed fruit. One species only is a native of Britain, the common cow parsnip is hog-weed, called Kiesh in Scotland; a common and rank weed, with coarsely hairy leaves, and stem about 3-5 feet high." — Chambers' Encyclopedia, 1875

Cow Parsnip

"A genus of plants of the natural order Umbelliferae, having petals bent in at the middle, and flat…

"A tree of the natural order Liliaceae, remarkable for the size which it sometimes attains, rivalling even the baobab, and of which a celebrated specimen near Orotava, in the island of Tenerife, was found by Humboldt in 1799 to have a stem about 45 feet in circumference, and is described as having been of similar gigantic size in the beginning of the 15th century." — Chambers' Encyclopedia, 1875

Dragon Tree

"A tree of the natural order Liliaceae, remarkable for the size which it sometimes attains, rivalling…

"A digitigrade carnivorous mammal of the cat kind, peculiar to the American continent. It attains a length of about 3 feet, while the tail measures some 18 inches more. The ocelot inhabits great forests; its food consists mainly of birds and rodents; and it is timid but blood-thirsty." — Winston's Encyclopedia, 1919

Ocelot

"A digitigrade carnivorous mammal of the cat kind, peculiar to the American continent. It attains a…

A blast furnace measuring 42 feet high and 15 feet across that contains 4356 cubic feet of space.

Blast Furnace

A blast furnace measuring 42 feet high and 15 feet across that contains 4356 cubic feet of space.

A blast furnace measuring 47.5 feet high and 16.5 feet across that contains 6174 cubic feet of space.

Blast Furnace

A blast furnace measuring 47.5 feet high and 16.5 feet across that contains 6174 cubic feet of space.

Blast Furnace

A blast furnace measuring 55 feet high and 16 feet across that contains 7175 cubic feet of space.

Blast Furnace

A blast furnace measuring 58 feet high and 17 feet across that contains 8000 cubic feet of space.

Blast Furnace

A blast furnace measuring 60 feet high and 20 feet across that contains 12778 cubic feet of space.

Blast Furnace

A blast furnace measuring 75 feet high and 16.5 feet across that contains 11983 cubic feet of space.

Blast Furnace

A blast furnace measuring 80 feet high and 20.5 feet across that contains 15500 cubic feet of space.

Blast Furnace

A blast furnace measuring 95.5 feet high and 16 feet across that contains 15050 cubic feet of space.

Blast Furnace

A blast furnace measuring 95.5 feet high and 22 feet across that contains 25940 cubic feet of space.

Blast Furnace

A blast furnace measuring 95.5 feet high and 24 feet across that contains 28950 cubic feet of space.

Blast Furnace

A blast furnace measuring 85 feet high and 25 feet across that contains 26000 cubic feet of space.

Blast Furnace

A blast furnace measuring 90 feet high and 30 feet across that contains 41149 cubic feet of space.

"A peculiar furnace, known as Ferrie's self-coking furnace after the name of its inventor, in which raw coal is employed, has been used at the Monkland Iron Works and elsewhere during the last few years. On the top of an ordinary furnace of about 53 feet in height and 7000 cubic feet capacity were erected four chambers or retorts about 20 feet in depth, each having a capacity of 500 cubic feet; external flues, in which a portion of the waste gases were burnt, served to heat these chambers in such a way as to coke the raw coal." — The Encyclopedia Britannica, 1893

Ferrie's Furnace

"A peculiar furnace, known as Ferrie's self-coking furnace after the name of its inventor, in which…

"The plant known in America as the "Carolina jasmine" is not a true jasmine. other hardy species commonly cuultivated in gardens are the low or Italian yellow-flowered jasmine, J. humile, an erect shrub 3 or 4 feet high, with angular branches, alternate and most ternate leaves, blossoming from June to September; the common yellow jasmine, J. fruticans, a hardy deciduous shrub, 10 to 12 feet high, with weak, slender stems requiring support, and bearing yellow, odorless flowers from spring to autumn; and J. nudiflorum, with flowers before the leaves appear." — The Encyclopedia Britannica, 1893

Gelsemium

"The plant known in America as the "Carolina jasmine" is not a true jasmine. other hardy species commonly…

"Why does a person carrying a weight upon his back stoop forward? In order to bring the center of gravity of his body and the load over his feet. If held in this position, he would fall backwards, as the direction of the center of gravity would fall beyond his heels." — Wells, 1857

Center of Gravity

"Why does a person carrying a weight upon his back stoop forward? In order to bring the center of gravity…

"Why does a person carrying a weight upon his back stoop forward? In order to bring the center of gravity of his body and the load over his feet, he assumes this position." — Wells, 1857

Center of Gravity

"Why does a person carrying a weight upon his back stoop forward? In order to bring the center of gravity…

Lifeboat

"Ten-Oared Lifeboat. the 33-feet, double-banked, ten-oared, self-righting, and self-emptying lifeboat…

Lifeboat

"Sheer Plan of a Ten-Oared Lifeboat. the 33-feet, double-banked, ten-oared, self-righting, and self-emptying…

Lifeboat

"Deck Plan of a Ten-Oared Lifeboat. the 33-feet, double-banked, ten-oared, self-righting, and self-emptying…

Bottlefish

A strange looking fish that grows up to 6 feet in length.

"Rupture of a Mountain.—There is no doubt, but in the operations of nature, great effects are sometimes produced among mountains, by a small quantity of water finding its way to a reservoir in the crevices of the rocks far beneath. Suppose, in the interior of a mountain, there should be a space of ten yards square, and an inch deep, filled with water, and closed up on all sides; and suppose that, in the course of time, a small fissure, no more than an inch in diameter, should be openeing by the water, from the height of two hundred feet above, down to this little reservoir. The consequence might be, that the side of the mountain would burst asunder, for the pressure, under the circumstances supposed, would be equal to the weight of five thousand tons." —Comstock, 1850

Mountain Rupture

"Rupture of a Mountain.—There is no doubt, but in the operations of nature, great effects are…

Barometer

"Suppose a to be a long tube, with the piston b so nicely fitted to its inside, as to work air tight.…

"Stevenson's louvre-boarded box for the thermometers, which is now very widely used for temperature observations. The box is made of wood, and louvred all round so as to protect the thermometers inside from radiation, and at the same time secure as free a circulation of air as is consistent with a satisfactory protection from radiation. The box is painted white, both inside and outside, and screwed to four stout wooden posts, also painted white, firmly fixed in the ground. The posts are of such a length that when the thermometers are hung in position the bulbs of the minimum thermometer and hygrometer are exactly at the same height of 4 feet above the ground, the maximum thermometer being hung immediately above the minimum thermometer." —The Encyclopedia Britannica, 1903

Thermometer Box

"Stevenson's louvre-boarded box for the thermometers, which is now very widely used for temperature…

About two feet in length of a heavy and clumsy shape, short legs, and short thick tail. Its fur is commonly a grizled gray.

European Badger

About two feet in length of a heavy and clumsy shape, short legs, and short thick tail. Its fur is commonly…

The perspective in this plate is "angular perspective," and the figure it represents is a flat square surface; its dimensions are supposed to be either twenty feet or twenty inches. 1) Two lines drawn from the nearest corner of theboard, to the horizontal line, and at a distance from each other equal to the thickness of the board; this fixes the vanishing point at 1. 2) A line drawn from the above vanishing point to the point of station. 3) A line taken at right angles to 2, from the point of station, and fixing on the horizontal line the position of the vanishing point 3. 4) Two lines drawn from the nearest corner of the board to the vanishing point 3, similarly to the previously drawn lines 1. 5) One point of measurement, obtained in the usual way, by the distance of 3 from the point of station. 6) The point of measurement. 7) The line of the geometrical scale, being a line drawn across the base of the nearest corner, and marked according to scale, twenty feet or twenty inches. 8,8) Lines taken from either end of the geometrical scale towards the point of measurement, but extending no farther than where they meet the lines 1,1, and 4,4. 9,10) Small perpendicular lines drawn at the above intersections, by which the width of the board is ascertained. 11) The side of the board opposite and really parallel to that marked 4, and therefore tending to the same vanishing point. 12) The back of the board, opposite and parallel to the front marked 1, and consequently tending to the same vanishing point. The lines 1,1; 4,4; 11 and 12, being strongly marked, the figure will be completed.

Angular Perspective

The perspective in this plate is "angular perspective," and the figure it represents is a flat square…

Two upright oblong figures are here represented in parallel perspective. They may be imagined to resemble the sides and fronts of houses, or their blank walls. One of the figures has two others attached to it of equal dimensions; and these additions might be similarly multiplied to any extent, by the numbers, 7, 8, 9 and 10, in the followig rules. 1) Lines forming to complete fronts of two separate and detached oblongs. 2) The geometrical scale at the base, marked twenty feet. 3) The ground lines of the fronts running to the vanishing point. 4) The top lines tending to vanishing point. 5) Lines from the geometrical scale, to the points of measurement, determining the perspective depths of the oblongs. 6) Perpendicular lines raised at the intersection of the lines 3 and 5, and giving the farthest upright corner lines of the oblongs. The two figures will thus be completed. The remaining lines inserted in the figure are intended to give two other oblongs (or rather their retiring sides) attached to the first, and supposed to be of the same dimensions. They are determined first by finding the centre 7 of the near corner line 1. From 7 a line is drawn to the vanishing point. A line marked 8 is then drawn from the near extremity of 1 through 6, where it is cut by 7; at its intersection with the bottom line 3, the perpendicular line 9 is raised, and another oblong front is completed. A line 10 is drawn, and determined as the line 8 was, from the top of 6, and by crossing the lines 7 and 3. The lines 13, 14, and 15, are inserted merely to show the inner side and back of the other oblong, as they would be seen were the object made of glass. Thus 13,13 are lines for the top and bottom of the back; formed by drawing them to the vanishing point; 14,14 are the top and bottom lines of the farthest side, found by straight lines being drawn from both ends of , until they meet 13,13; at which point of meeting the upright corner of the oblong are completed.

Parallel Perspective

Two upright oblong figures are here represented in parallel perspective. They may be imagined to resemble…

This object is a cube, having therefore all its faces of equal dimensions; and as both sides recede, "angular perspective" is employed. The point of sight, horizontal line, and point of station, having been fixed upon, the line A is first to be drawn, touching the bottom of the nearest corner, and is for the geometrical scale or height of the cube, which, in this instance, will be called twelve feet; that is, twelve feet must be marked on the scale from the corner on either side. 1) The ground line of the square, taken from the centre of the geometrical scale line to the horizontal line; by its junction with which is determined the vanishing point or that side. 2) A line drawn from the above vanishing point to the point of station. 3) A line drawn at right angles at the point of station to the line 2, as far as the horizontal line, its intersection with which will give the correct vanishing point to the other side. 4) The ground line of the cube running to the last vanishing point. 5) The nearest corner of the cube, twelve feet in height, being equal to the width. The points of measurement are next to be ascertained, and to be marked in the usual way; and the lines B drawn from the ends of the geometrical scale towards the point of measurement give the perspective width or depth of both sides. This is found at their cutting of the ground lines 1 and 4. The line 6 represents the top line of one side of the cube, and runs from the nearest corner to the vanishing point. 7) The other top line; and it is drawn to the other vanishing point. 8) The far corner line raised vertically from the crossing of the lines B and 1. 9) The other corner line raised vertically from the intersection of the lines B and 4. The lines 1, 4, 5, 6, 7, 8, 9, being strengthened, the figure is complete.

Angular Perspective

This object is a cube, having therefore all its faces of equal dimensions; and as both sides recede,…

This cube has four additional cubes of equal dimensions. This is effected by first drawing the cube in the order and then finding the centre of the upright line 5, that being the nearest corner line of this first cube. The centre being found at 10, take the line 10 to the vanishing point for that side of the cube; this will give the centres of all the other upright lines of that side of all the added cubes. The line 11 is drawn from the top of the corner line 5, through the intersection of 8 and 10, until it meets the ground line 1, at its junction with which the upright line is raised for the far corner line 12 of the second cube. The three other cubes are described precisely in the same manner, being found by the diagonal lines traversing each pair of the cubes, through the intersection of the centre line 10, with each perpendicular line raised from the meeting of the previous diagonal line with the ground line 1. It will be perceived that a further distance of twelve feet is added to one side of the geometrical scale, and marked A. This is done merely to prove the correctness of the first diagonal line 11, passing through the centre line 10, to determine the perspective depth of the second cube. For if a line be taken from the end of the geometrical scale A to the point of measurement on the horizontal line, it will be found to meet the ground line 1 at exactly the same point; thus proving the truth of both modes of drawing. The former mode, however, is more convenient where a number of cubes are to be drawn; as the geometrical scale might extend far beyond the limits of the paper, and consequently give much more trouble.

Angular Perspective

This cube has four additional cubes of equal dimensions. This is effected by first drawing the cube…

Caractacus was a British Chief that had fought very bravely against the Romans. He was brought to Rome with chains on his hands and feet and set before the emperor of Rome. The wife of Caratacus, who had also been brought a prisoner to Rome, fell upon her knees imploring pity, but Caractacus asked for nothing and exhibited no signs of fear.

Caractacus And Claudius

Caractacus was a British Chief that had fought very bravely against the Romans. He was brought to Rome…