GIFT OF Walter Morris Hart SPECIMENS OF EXPOSITION AND ARGUMENT THE MACMILLAN COMPANY NEW YORK BOSTON CHICAGO ATLANTA SAN FRANCISCO MACMILLAN & CO., LIMITED LONDON BOMBAY CALCUTTA MELBOURNE THE MACMILLAN CO. OF CANADA, LTD. TORONTO SPECIMENS OF EXPOSITION AND ARGUMENT COMPILED BY fO MILTON PERCIVAL, A.M. AND R. A. JELLIFFE, A.B. INSTRUCTORS IN ENGLISH IN OBERLIN COLLEGE, Nefo If 0rfe THE MACMILLAN COMPANY 1908 All rights reserved GIFT COPYRIGHT, 1908, BY THE MACMILLAN COMPANY. Set up and electrotyped, Published November, 1908. J. S. Cushing Co. Berwick & Smith Co. Norwood, Mass., U.S.A. PREFACE ANY book that helps a student to write good English need not apologize for its publication. The present volume, while disclaiming any attempt on the part of its editors to introduce new theories in a subject so old as Composition, has in its make-up certain practical features which should prove helpful to those studying Exposition and Argument. These are of course the practical forms of discourse, in which the student must become proficient whether he practice the other forms or not. The selections are designedly varied in length, to admit of different modes of treatment. And it is be- lieved that the interest of the articles is sufficiently diver- sified to make sure of an appeal to every class of readers. It will be noted that many articles are the work of prac- tical men of affairs rather than of men of letters. This should be in the nature of encouragement to those who do not expect to make letters their profession. Indeed, many of the selections admit of imitation both as to form and style. One or two features of the book are, as far as the editors know, new to a work of this kind. Included among the arguments is an example of controversy, M176252 vi Preface which is important as illustrating how opposite sides of the same question may be handled. It is hoped that the short treatises on Introductions and The Brief will be found of sufficient assistance to the student to justify their inclusion. They make no pre- tense at bringing forward any new material on those subjects; but a quite general haziness in the mind of the student in regard to those very necessary features of Composition, and the absence in the rhetorics of any correlated material on these points, has made this brief treatment of them seem advisable. The order of the selections under Exposition begins with those which, while essentially expository, have still some narrative or descriptive features; proceeds with the practical and more common types of Exposition, as illustrated by the essays describing a process ; is followed by examples of the distinction drawn in the rhetorics between definition and analysis ; advances with some special forms (the historical, and the informal essay), which are adapted to class-room imitations ; and closes with a particular type, criticism. The order of the selections under Argument en- deavors to proceed logically, from the more simple to the more complex, and is one the student might well observe in his own work in this subject. Beginning with examples of the broader division of the subject, Persuasion, there follows a specimen brief as indicat- ing its relation to a complete argument. Examples of introductions appear next, a feature of Argument so Preface vii vital as to make necessary separate treatment here, and to suggest the emphasis with which it might well be treated by the student. There follow examples, of complete arguments, arranged, so far as may be, in the order of simplicity of structure and presentation. Refutation is illustrated first by itself and then also in the controversy which concludes the selections. The punctuation of the selections has been un- altered. The editors acknowledge very gratefully their obli- gations, equally to the authors who have consented to this use of their work, and to the publishers who have so graciously given permission to reprint. The in- debtedness of the editors to the latter is indicated under each selection. The authors to whom thanks are due are Mr. John Corbin, Mr. John Burroughs, Pro- fessor A. E. Kennelly, Mr. Edwin T. Stiger, Professor George H. Palmer, President Arthur T. Hadley, Pro- fessor William James, President Charles W. Eliot, Mr. Frank A. Vanderlip, Mr. John La Farge, Mr. Arthur C. Benson, Professor Albert B. Hart, Professor George Santayana, Mr. Sidney Curtis, Mr. George E. Roberts, President Woodrow Wilson, Professor Felix Adler, Mr. Henry Arthur Jones. M. P. R. A. J. NEW YORK, N.Y., August, 1908. CONTENTS EXPOSITION Expository Narration, PAGE A Day in an Oxford College . . . John Corbin I Expository Description. Nature in England .... John Burroughs 12 Explanations of a Process. How Books are Made .... Edwin T. Stiger 18 Wireless Telegraphy .... A. . Kennelly 34 EXPOSITION BY DEFINITION Short Definitions. Artist and Moralist . . . James Russell Lowell 47 Religion and Morality . . . George Herbert Palmer 49 "Value" Arthur Twining Hadley 52 Longer Definitions. Pathos ..;.... Coventry Patmore 54 The Social Value of the College-bred . William James 60 A New Definition of the Cultivated Man Charles W. Eliot 72 EXPOSITION BY ANALYSIS The Young Man's Future . . . Frank A. Vanderlip 90 The Character of the Indian . . . Francis Parkman 98 A Study of Thoreau .... Robert Louis Stevenson 104 The Descent from the Cross . . . .JohnLaFarge 109 The Informal Essay. Habits Arthur C. Benson 1 12 Historical Exposition. Social Life in America . . . Albert Bushnell Hart 122 Criticism. Emerson George Santayana 134 Contents ARGUMENT Persuasion. PAGft On the Reading of Newspapers . Henry David Thoreau 150 The Spirit of Devotion . . . Arthur Twining Hadley 155 A Brief Sidney Curtis 166 Introductions. The Currency Bill . . . Theodore Oilman 182 Race-track Gambling The Outlook 183 National Control of Interstate Railways . . Seth Low 189 Science and a Future Life . . . F. W. H. Myers 195 Arguments. Assumptions are not Proof .... Lyman Abbott 200 Objections to a Postal Savings Bank . George E. Roberts 204 The Training of Intellect . . . Woodrow Wilson 215 Child Labor in the United States . . . Felix Adler 225 Corner Stones of Modern Drama . Henry Arthur Jones 245 Is Music the Type or Measure of All Art? . J. A. Symonds 267 Refutation. From "The Public Duty of Educated Men " G. W. Curtis 281 From the Speech on Education . . T. B. Macaulay 285 From " Literary Essays " . . James Russell Lowell 288 From the Cooper Institute Speech . Abraham Lincoln 290 Controversy. Science and Culture .... Thomas H. Huxley 294 Literature and Science . . . Matthew Arnold 311 NOTES 341 SPECIMENS OF EXPOSITION AND ARGUMENT EXPOSITION A DAY IN AN OXFORD COLLEGE 1 JOHN CORBIN WHEN a freshman is once established in college, his life falls into a pleasantly varied routine. The day is ushered in by the scout, who bustles into the bedroom, throws aside the curtain, pours out the bath, and shouts, "Half past seven, sir," in a tone that makes it impossi- 5 ble to forget that chapel or if one chooses, roll-call comes at eight. Unless one keeps his six chapels or "rollers" a week, he is promptly "hauled" before the dean, who perhaps "gates" him. To be gated is to be forbidden to pass the college gate after dark, and fined 10 a shilling for each night of confinement. To an Ameri- can all this brings recollections of the paternal roof, where tardiness at breakfast meant, perhaps, the loss of dessert, and bedtime an hour earlier. I remember once, when out of training, deliberately cutting chapel 15 to see with what mien the good dean performed his nursery duties. His calm was unruffled, his dignity unsullied. I soon came to find that the rules about rising were bowed to and indeed respected by all con- 1 Reprinted by permission from " An American at Oxford." Copyright, 1902. Boston, Houghton, Mifflin & Co. B I 2 Exposition cerned, even while they were broken. They are dis- tinctly more lax than those the fellows have been accus- tomed to in the public schools, and they are conceded to be for the best welfare of the college. Breakfast comes soon after chapel, or roll-call. If a 5 man has "kept a dirty roller," that is, has reported in pyjamas, ulster, and boots, and has turned in again, the scout puts the breakfast before the fire on a trestle built of shovel, poker, and tongs, where it remains edi- ble until noon. If a man has a breakfast party on, the 10 scout makes sure that he is stirring in season, and, hurrying through the other rooms on the staircase, is presently on hand for as long as he may be wanted. The usual Oxford breakfast is a single course, which not infrequently consists of some one of the excellent 15 English pork products, with an egg or kidneys. There may be two courses, in which case the first is of the no less excellent fresh fish. There are no vegetables. The breakfast is ended with toast and jam or marmalade. When one has fellows in to breakfast, and the Ox- 20 ford custom of rooming alone instead of chumming makes such hospitality frequent, his usual meal is increased by a course, say, of chicken. In any case it leads to a morning cigarette, for tobacco aids digestion, and helps fill the hour or so after meals which an Eng- 25 lishman gives to relaxation. At ten o'clock the breakfast may be interrupted for a moment by the exit of some one bent on attending a lecture, though one apologizes for such an act as if it A Day in an Oxford College 3 were scarcely good form. An appointment with one's tutor is a more legitimate excuse for leaving; but even this is always an occasion for an applogy, in behalf of the tutor of course, for one is certainly not himself re- sponsible. If a quorum is left, they manage to sit com- 5 fortably by the fire, smoking and chatting in spite of lectures and tutors, until by mutual consent they scatter to glance at the Times and the Sportsman in the com- mon-room, or even to get in a bit of reading. Luncheon often consists of bread and cheese and jam 10 from the buttery, with perhaps a half pint of bitter beer ; but it may, like the breakfast, come from the college kitchen. In any case it is very light, for almost immedi- ately after it everybody scatters to field and track and river for the exercise that the English climate makes 15 necessary and the sport that the English temperament demands. By four o'clock every one is back in college tubbed and dressed for tea, which a man serves himself in his rooms to as many fellows as he has been able to gather 20 in on field or river. If he is eager to hear of the games he has not been able to witness, he goes to the junior common-room or to his club, where he is sure to find a dozen or so of kindred spirits representing every sport of importance. In this way he hears the minutest de- 25 tails of the games of the day from the players them- selves ; and before nightfall such is the influence of tea those bits of gossip which in America are known chiefly among members of a team have ramified the 4 Exposition college. Thus the function of the "bleachers" on an American field is performed with a vengeance by the easy-chairs before a common-room fire; and a man had better be kicked off the team by an American cap- tain than have his shortcomings served up with com- 5 mon-room tea. The two hours between tea and dinner may be, and usually are, spent in reading. At seven o'clock the college bell rings, and in two minutes the fellows have thrown on their gowns and 10 are seated at table, where the scouts are in readiness to serve them. As a rule a man may sit wherever he chooses; this is one of the admirable arrangements for breaking up such cliques as inevitably form in a college. But in point of fact a man usually ends by sitting in 15 some certain quarter of the hall, where from day to day he finds much the same set of fellows. Thus all the advantages of friendly intercourse are attained with- out any real exclusiveness. This may seem a small point ; but an hour a day becomes an item in four 20 years, especially if it is the hour when men are most disposed to be companionable. In the evening, when the season permits, the fellows sit out of doors after dinner, smoking and playing bowls. There is no place in which the spring comes 25 more sweetly than in an Oxford garden. The high walls are at once a trap for the first warm rays of the sun and a barrier against the winds of March. The daffodils and crocuses spring up with joy as the gar- A Day in an Oxford College 5 dener bids; and the apple and cherry trees coddle against the warm north walls, spreading out their early buds gratefully to the mild English sun. Eor long, quiet hours after dinner they flaunt their beauty to the fellows smoking, and breathe their sweetness to the fel- 5 lows playing bowls. "No man," exclaims the Ameri- can visitor, " could live four years in those gardens of delight and not be made gentler and nobler!" Per- haps ! though not altogether in the way the visitor imagines. When the flush of summer is on, the loi- 10 terers loll on the lawn full length; and as they watch the insects crawl among the grass they make bets on them, just as the gravest and most reverend seniors have been known to do in America. In the windows overlooking the quadrangle are boxes 15 of brilliant flowers, above which the smoke of a pipe comes curling out. At Harvard some fellows have ge- raniums in their windows, but only the very rich; and when they began the custom an ancient graduate wrote one of those communications to the Crimson, saying 20 that if men put unmanly boxes of flowers in the win- dow, how can they expect to beat Yale ? Flower boxes, no sand. At Oxford they manage things so that any- body may have flower boxes ; and their associations are by no means unmanly. This is the way they do it. 25 In the early summer a gardener's wagon from the coun- try draws up by the college gate, and the driver cries, "Flowers ! Flowers for a pair of old bags, sir." Bags is of course the fitting term for English trousers 6 Exposition which don't fit; and I should like to inform that an- cient graduate that the window boxes of Oxford sug- gest the very badge of manhood. As long as the English twilight lingers, the men will sit and talk and sing to the mandolin; and I have 5 heard of fellows sitting and talking all night, not turn- ing in until the porter appeared to take their names at roll-call. On the eve of May day it is quite the cus- tom to sit out, for at dawn one may go to see the pretty ceremony of heralding the May on Magdalen Tower. 10 The Magdalen choir boys the sweetest songsters in all Oxford mount to the top of that most beautiful of Gothic towers, and, standing among the pinnacles, pinnacles afire with the spirituality of the Middle Ages, that warms all the senses with purity and beauty, 15 those boys, I say, on that tower and among those pinna- cles, open their mouths and sing a Latin song to greet the May. Meantime, the fellows who have come out to listen in the street below make catcalls and blow fish horns. The song above is the survival of a Romish, 20 perhaps a Druidical, custom; the racket below is the survival of a Puritan protest. That is Oxford in sym- bol ! Its dignity and mellowness are not so much a matter of flowering gardens and crumbling walls as of the traditions of the centuries in which the whole life 25 of the place has deep sources; and the noblest of its institutions are fringed with survivals that run riot in the grotesque. If a man intends to spend the evening out of college, A Day in an Oxford College 7 he has to make a dash before nine o'clock ; for love or for money the porter may not let an inmate out after nine. One man I knew was able to escape by guile. He had a brother in Trinity whom he very much re- sembled, and whenever he wanted to go out, he would 5 tilt his mortarboard forward, wra^p his gown high about his neck, as it is usually worn of an evening, and bid- ding the porter a polite good-night, say, "Charge me to my brother, Hancock, if you please." The charge is the inconsiderable sum of one penny, and is the penalty 10 of having a late guest. Having profited by my experi- ence with the similar charge for keeping my name on the college books, I never asked its why and wherefore. Both are no doubt survivals of some mediaeval custom, the authority of which no college employee or don, 15 for the matter of that would question. Such matters interest the Oxford man quite as little as the question how he comes by a tonsil or a vermiform appendix. They are there, and he makes the best of them. If a fellow leaves college for an evening, it is for a 20 foregathering at some other college, or to go to the theatre. As a rule he wears a cloth cap. A "billy- cock" or "bowler," as the pot hat is called, is as thor- oughly frowned on now in English colleges as it was with us a dozen years ago. As for the mortarboard and 25 gown, undergraduate opinion rather requires that they be left behind. This is largely, no doubt, because they are required by law to be worn. So far as the under- graduates are concerned, every operative statute of the 8 Exposition university, with the exception of those relating to ma- triculation and graduation, refers to conduct in the streets after nightfall, and almost without exception they are honored in the breach. This is out of disre- gard for the Vice-Chancellor of the university, who is 5 familiarly called the Vice, because he serves as a warn- ing to others for the practice of virtue. The Vice makes his power felt in characteristically dark and tortuous ways. His factors are two proctors, college dons in daytime, but skulkers after nightfall, each of whom has 10 his bulldogs, that is, scouts, employed literally to spy upon the students. If these catch you without cap or gown, they cause you to be proctorized or "progged," as it is called, which involves a matter of five shillings or so. As a rule there is little danger of progging, but 15 my first term fell in evil days. For some reason or other the chest of the university showed a deficit of sundry pounds, shillings, and pence ; and as it had long ceased to need or receive regular bequests, the finance of the institution being in the hands of the colleges, a 20 crisis was at hand. A more serious problem had doubt- less never arisen since the great question was solved of keeping undergraduates' names on the books. The expedient of the Vice- Chancellor was to summon the proctors, and bid them charge their bulldogs to prog 25 all freshmen caught at night without cap and gown. The deficit in the university chest was made up at five shillings a head. One of the Vice -Chancellor's rules is that no under- A Day in an Oxford College g graduate shall enter an Oxford "pub." Now the only restaurant in town, Queen's, is run in conjunction with a pub, and was once the favorite resort of all who were bent on breaking the monotony* of an English Sunday. The Vice- Chancellor resolved to destroy this den of 5 Sabbath-breaking, and the undergraduates resolved no less firmly to defend their stronghold. The result was a hand-to-hand fight with the bulldogs, which ended so triumphantly for the undergraduates that a dozen or more of them were sent down. In the articles of the 10 peace that followed, it was stipulated, I was told, that so long as the restaurant was closed Sunday afternoons and nights, it should never suffer from the visit of proctor or bulldog. As a result, Queen's is a great scene of undergraduate foregather ings. The dinners 15 are good enough and reasonably cheap; and as most excellent champagne is to be had at twelve shillings the bottle, the diners are not unlikely to get back to college a trifle buffy, in the Oxford phrase. By an interesting survival of mediaeval custom, the 20 Vice- Chancellor has supreme power over the morals of the town, and any citizen who transgresses his laws is visited with summary punishment. For a tradesman or publican to assist in breaking university rules means outlawry and ruin, and for certain offenses a citizen 25 may be punished by imprisonment. Over the Oxford theatre the Vice-Chancellor's power is absolute. In my time he was much more solicitous that the under- graduate be kept from knowledge of the omnipresent IO Exposition woman with a past than that dramatic art should flourish, and forbade the town to more than one ex- cellent play of the modern school of comedy that had been seen and discussed in London by the younger sisters of the undergraduates. The woman with a 5 present is virtually absent. Time was when no Oxford play was quite successful unless the undergraduates assisted at its first night, though in a way very different from that which the term denotes in France. The assistance was of the 10 kind so generously rendered in New York and Boston on the evening of an athletic contest. Even to-day, just for tradition's sake, the undergraduates sometimes make a row. A lot of B. N. C. men, as the clanny sons of Brazenose College call themselves, may insist that 15 an opera stop while the troupe listen to one of their own excellent vocal performances; and I once saw a great sprinter, not unknown to Yale men, rise from his seat, face the audience, and, pointing with his thumb over his shoulder at the soubrette, announce impressively, 20 "Do you know, I rather like that girl!" The show is usually over just before eleven, and then occurs an amusing, if unseemly, scramble to get back to college before the hour strikes. A man who stays out after ten is fined threepence, after eleven the fine is sixpence. 25 When all is said, why shouldn't one sprint for three- pence ? If you stay out of college after midnight, the dean makes a star chamber offense of it, fines you a " quid" or A Day in an Oxford College n two, and like as not sends you down. This sounds a trifle worse than it is; for if you must be away, your absence can usually be arranged for. If you find your- self in the streets after twelve, you may rap on some friend's bedroom window and tell him of your plight 5 through the iron grating. He will then spend the first half of the night in your bed and wash his hands in your bowl. With such evidence as this to support him, the scout is not apt, if sufficiently retained, to report a suspected absence. I have even known fellows to make 10 their arrangements in advance and spend the night in town; but the ruse has its dangers, and the penalty is to be sent down for good and all. It is owing to such regulations as these that life in the English college has the name of being cloistral. 15 Just how cloistral it is in spirit no one can know who has not taken part in a rag in the quad; and this is impossible to an outsider, for at midnight all visitors are required to leave, under a heavy penalty to their host. 20 NATURE IN ENGLAND 1 JOHN BURROUGHS THE dominant impression of the English landscape is repose. Never was such a restful land to the eye, especially to the American eye, sated as it is very apt to be with the mingled squalor and splendor of its own landscape, its violent contrasts, and general spirit of 5 unrest. But the completeness and composure of this outdoor nature is like a dream. It is like the poise of the tide at its full: every hurt of the world is healed, every shore covered, every unsightly spot is hidden. The circle of the horizon is brimming with the green 10 equable flood. (I did not see the fens of Lincolnshire nor the wolds of York.) This look of repose is partly the result of the maturity and ripeness brought about by time and ages of patient and thorough husbandry, and partly the result of the gentle, continent spirit of 15 Nature herself. She is contented, she is happily wedded, she is well clothed and fed. Her offspring swarm about her, her paths have fallen in pleasant places. The foliage of the trees, how dense and massive! The turf of the fields, how thick and uni- 20 form ! The streams and rivers, how placid and full, 1 Reprinted by permission from " Fresh Fields." Boston, Houghton, Mifflin & Co. Nature in England 13 showing no devastated margins, no widespread sandy wastes and unsightly heaps of drift bowlders ! To the returned traveler the foliage of the trees and groves of New England and New York looks thin and disheveled when compared with the foliage he has just left. This 5 effect is probably owing to our cruder soil and sharper climate. The aspect of our trees in midsummer is as if the hair of their heads stood on end ; the woods have a wild, frightened look, or as if they were just recovering from a debauch. In our intense light and heat, the 10 leaves, instead of spreading themselves full to the sun and crowding out upon the ends of the branches as they do in England, retreat, as it were, hide behind each other, stand edgewise, perpendicular, or at any angle, to avoid the direct rays. In Britain, from the slow, drip- 15 ping rains and the excessive moisture, the leaves of the trees droop more, and the branches are more pendent. The rays of light are fewer and feebler, and the foliage disposes itself so as to catch them all, and thus presents a fuller and broader surface to the eye of the benolder. 20 The leaves are massed upon the outer ends of the branches, while the interior of the tree is comparatively leafless. The European plane tree is like a tent. The foliage is all on the outside. The bird voices in it reverberate as in a chamber. 25 The pillar'd dusk of sounding sycamores, says Tennyson. At a little distance, it has the mass and solidity of a rock. The same is true of the Euro- pean maple, and when this tree is grown on our side of 14 Exposition the Atlantic it keeps up its Old World habits. I have for several years taken note of a few of them growing in a park near my home. They have less grace and deli- cacy of outline than our native maple, but present a darker and more solid mass of foliage. The leaves are 5 larger and less feathery, and are crowded to the periph- ery of the tree. Nearly every summer one of the trees, which is most exposed, gets the leaves on one side badly scorched. When the foliage begins to turn in the fall, the trees appear as if they had been lightly and hastily 10 brushed with gold. The outer edges of the branches become a light yellow, while, a little deeper, the body of the foliage is still green. It is this solid and sculp- turesque character of the English foliage that so fills the eye of the artist. The feathery, formless, indefinite, not 15 to say thin, aspect of our leafage is much less easy to paint, and much less pleasing when painted. The same is true of the turf in the fields and upon the hills. The sward with us, even in the oldest mead- ows, will wear more or less a ragged, uneven aspect. 20 The frost heaves it, the sun parches it ; it is thin here and thick there, crabbed in one spot and fine and soft in another. Only by the frequent use of a heavy roller, copious waterings, and top dressings, can we produce sod that approaches in beauty even that of the elevated 25 sheep ranges in England and Scotland. The greater activity and abundance of the earth- worm, as disclosed by Darwin, probably has much to do with the smoothness and fatness of those fields when Nature in England 15 contrasted with our own. This little yet mighty engine is much less instrumental in leavening and leveling the soil in New England than in Old. The gj-eater humidity of the mother country, the deep clayey soil, its fattening for ages by human occupancy, the 5 abundance of food, the milder climate, etc., are all favorable to the life and activity of the earthworm. Indeed, according to Darwin, the gardener that has made England a garden is none other than this little obscure creature. It plows, drains, airs, pulverizes, 10 fertilizes, and levels. It cannot transport rocks and stone, but it can bury them; it cannot remove the ancient walls and pavements, but it can undermine them and deposit its rich castings above them. On each acre of land, he says, "in many parts of England, a 15 weight of more than ten tons of dry earth annually passes through their bodies and is brought to the surface." "When we behold a wide, turf-covered expanse/' he further observes, "we should remember that its smooth- ness, on which so much of its beauty depends, is mainly 20 due to all the inequalities having been slowly leveled by worms." The small part which worms play in this direction in our landscape is, I am convinced, more than neu- tralized by our violent or disrupting climate; but 25 England looks like the product of some such gentle, tireless, and beneficent agent. I have referred to that effect in the face of the landscape as if the soil had snowed down ; it seems the snow came from the other 1 6 Exposition direction, namely, from below, but was deposited with equal gentleness and uniformity. The repose and equipoise of nature of which I have spoken appears in the fields of grain no less than in the turf and foliage. One may see vast stretches of wheat, 5 oats, barley, beans, etc., as uniform as the surface of a lake, every stalk of grain or bean the size and height of every other stalk. This, of course, means good hus- bandry; it means a mild, even-tempered nature back of it, also. Then the repose of the English landscape 10 is enhanced, rather than marred, by the part man has played in it. How those old arched bridges rest above the placid streams; how easily they conduct the trim, perfect highways over them ! Where the foot finds an easy way, the eye finds the same; where the body finds 15 harmony, the mind finds harmony. Those ivy-covered walls and ruins, those finished fields, those rounded hedgerows, those embowered cottages, and that gray, massive architecture, all contribute to the harmony and to the repose of the landscape. Perhaps in no other 20 country are the grazing herds so much at ease. One's first impression, on seeing British fields in spring or summer, is that the cattle and sheep have all broken into the meadow and have not yet been discovered by the farmer ; they have taken their fill, and are now reposing 25 upon the grass or dreaming under the trees. But you presently perceive that it is all meadow or meadow-like ; that there are no wild, weedy, or barren pastures about which the herds toil; but that they are in grass up to Nature in England 17 their eyes everywhere. Hence their contentment; hence another element of repose in the landscape. The softness and humidity of the English climate aci; in two ways in promoting that marvelous greenness of the land, namely, by growth and by decay. As the 5 grass springs quickly, so its matured stalk or dry leaf decays quickly. No field growths are desiccated and preserved as with us; there are no dried stubble and seared leaves remaining over the winter to mar and obscure the verdancy of spring. Every dead thing is 10 quickly converted back to vegetable mold. In the woods, in May, it is difficult to find any of the dry leaves of the previous autumn ; in the fields and copses and along the highways, no stalk of weed or grass remains; while our wild, uplying pastures and moun- 15 tain tops always present a more or less brown and seared appearance from the dried and bleached stalks of the growth of the previous year, through which the fresh-springing grass is scarcely visible. Where rain falls on nearly three hundred days in the year, as in the 20 British islands, the conversion of the mold into grass, and vice versa, takes place very rapidly. HOW BOOKS ARE MADE 1 EDWIN T. STIGER EACH year the American publishers place on the market something over eight thousand new publica- tions, the editions of which range from the aristocratic few of the expensive limited editions to the hundreds of thousands of the "best sellers." Each one of these 5 new books represents an individual effort on the part of the author and the publisher to place something new in a new way before the public, to turn out a book which some appreciable portion of the millions of book- buying inhabitants of this country can be made to think 10 that it wants. Did it ever occur to you as a reader of a portion of this great output that the laying out and manufacture of this mass of reading matter calls for the employment of an immense force of professionally trained minds 15 outside of the thousands who labor in the carrying out of the details arranged for them ; that every new book which appears means the study and application of ideas stored away in the brain of some one man or some little group of men who are spending their lives in the work 20 of producing books attractive to the purchaser, and 1 Reprinted by permission from The Independent, 18 How Books are Made 19 that each of these men must have a general knowledge, at least, of all branches of work that enter into the making of a book, not only of the idiosyncrasies of the English language, with its shading of punctuation, of types and typographical eccentricities, of the technicali- 5 ties of electrotyping, paper-making, photo -engraving, printing and bookbinding, but of every one of these and its related branches? Here, then, is the story of the making of a book. When a publisher receives a manuscript from an 10 author he gives it out to one of his readers, one of a force upon which he relies for opinions as to the advisa- bility of publishing or probable salability after pub- lishing. These readers are generally persons who have been well trained in the merits or demerits of popularity 15 or authority, and in spite of occasional errors of judg- ment inseparable from work of this nature, have developed exceptional ability in this line. If the manuscript appears hopeless for this particular pub- lisher's use it will probably pass through the hands of 20 but one or two readers. If, however, it shows prospects of success, it will be placed before several of these experts, each of whom will deliver an opinion, and it will go for final consideration to the head of the editorial force or a member of the publishing firm. Let us 25 consider that the manuscript has been accepted and the contract drawn up and signed by the author and the publisher. The next step is the sending of the manuscript to the head of the manufacturing depart- 2o Exposition ment of the publishing house. This gentleman gener- ally tries to talk the book over with the author, in an effort to include as many of his ideas in the production as may be possible considering the limits and the cost of manufacture. He is then ready to begin the building 5 of the book. Of course, if a new volume is to be added to a series which has already been begun, or if it is to be patterned after some book which has already been made, the plan of procedure is simple, the work to a great extent 10 merely mechanical. If the book, however, must be con- structed on lines of its own, the first thing to be done is to obtain a count of the number of words the manu- script contains. This is necessary as giving a gauge from which to determine the size of type and of the type 15 page, and to arrive approximately at the number of pages the book will make. This counting is not as easy as it sounds, and it is quite an art to do it accu- rately, since manuscript will vary considerably in different parts, and often the "copy," as the manuscript 20 now becomes called, is made up of writing by different hands, or of magazine or newspaper extracts of varying sizes pasted or laid in. Then, too, the different sizes of types to be used must be considered, for long quota- tions or correspondence must be set in a different size 25 from the text, and the estimator will also find that portions of the same manuscript will vary materially, according to the nature of the subject. For instance, in a novel, a part given up to broken or short conversa- How Books are Made 21 tion will carry more words to a page than a similar amount of longer worded description. The words having been counted,*the next proceeding is to decide on the type and type page. While in the selection of type there are many fonts 5 from which to choose, most of them, except for the more ornamental styles often used for booklets and special gift books, narrow themselves down to adaptations of three or four faces, their variations being due to pecul- iarities in the cut of the letters belonging to one or the 10 other of these few standard styles. Some of these ad- aptations will get more letters on a line of a given length, and some less, than others set in the same size of type. In addition to the changes of types the manufacturing man is allowed some leeway by the " leading/' or blanks 15 between the lines of type. Having decided whether the book is to be of approximately the size known by the book-buying public as "octavo" or "i2mo," or some such designation, it is his work to settle upon a type and type page which will not run the book to such 20 a length as to make its publishing too expensive, or, on the other hand, to make a book so small that the buyer will feel that he is not getting the worth of his money. In all of this he is bound down by the fact that his type page, whatever it is, must not be laid out contrary to 25 certain proportions which the good taste of the past has made definite. After getting these matters worked out he sends the manuscript to the printer with instructions for a sample page to be set to confirm him in his deci- 22 Exposition sion, and often with a request to the printer to count the words and verify his estimate of the number of pages. Very often this sample page must be juggled, a line added, a fraction of an inch taken off, a page number put at the foot, a running head changed in style, or even 5 an entirely new start made on an entirely different basis before an O. K. can be given. It might be said here that unless a manuscript offers unusual features a pub- lisher does not necessarily ask the printer for an estimate of cost, for the manufacturing man has a schedule of 10 the printer's prices and can figure this out for himself as closely as the printer himself could do it. The sample page having finally been approved, the order is given to begin the work, the printer is told how many proofs will be required and where they are to be 15 sent, and the last details about any irregularities to be met in the work are put in his hands. The printer starts his compositors to work, or, if the book is to be set by machine, arranges for the machines and operators who are to begin the composition, and the kind of prog- 20 ress that can be seen commences. Then follows the period of proofs and proof reading. The first proof, which is a galley proof, or one "pulled" (printed) on long slips of paper without any division into pages, is read and corrected several times before it leaves the 25 printer's hands and is then read and marked for correc- tion by the author and by some of the publisher's edi- torial force before its return to the printer. If the cor- rections required are many, it is customary to have How Books are Made 23 further galley proofs, or "galley revises," sent out, so that the changes may be reduced to a minimum before the matter is made up into pages, when all corrections are apt to be more expensive to the publisher or author than if made in the galleys. Then, all the palpable 5 errors having been corrected, and all the additions and excisions made which have up to that time been dis- covered by the author, the type is put into page form, the running heads and the page numbers added, and the proper sinkage allowed for the beginnings of chap- 10 ters. More proofs follow, and perhaps page revises, before the final word is given that everything is correct and that electrotypes of the pages may now be made. Even then a plate proof is often required and oftentimes late corrections are sent to be made in the plates them- 15 selves an expensive proceeding, and one avoided whenever possible. A word should here be said about this matter of cor- rections, for there is probably no one thing which causes as much friction between the author and the publisher, 20 and the publisher and printer, as alterations from copy. The author, when he sees his work in type, naturally sees many things which escaped his notice in manuscript form. Moreover, there are often new developments of his subject or suggestions from friends brought to his 25 notice, all of which he is anxious to include in his first edition. He cannot understand why just a few words added here or a line taken out there should, when re- peated now and then, make such a seemingly excessive 24 Exposition bill of errors. Such changes, however, which appear to him to be very slight, and which are so judging by their length, may require the changing of words and spaces throughout several lines, or, after paging, the re- adjustment of a number of pages. All of this takes a 5 compositor's time, the printer has to pay the compositor for this time, and at the end of the work a considerable bill is rendered. If the author or editor will only remem- ber that where a word or a sentence is taken out, another word or sentence as near the same length as possible 10 should be inserted whenever it can be done, or if he can cut out enough old matter to allow space for new he may wish to add, much wear and tear of feelings might be saved. The making of the electrotype plates, although an 15 intensely interesting process, need not be taken up in this article. It is enough to say of it that the type is pressed in page form into a waxen mold, that the mold is placed in a bath having copper in solution, that this copper is deposited on the mold by an electric current 20 and chemical action, taking an exact impression of it, and that this copper shell, when backed with metal and trimmed to the required size, is ready for the print- ing press. All this time, while the proofs are going back and forth, 25 while the corrections are being made, and while the elec- trotypes are being produced, the manufacturing man is busily arranging the later details of the book. He is ordering the paper, seeing that it is delivered in time, How Books are Made 25 arranging with the artist for illustrations if the book is to be embellished in that way, deciding upon the cover ' decoration and the binding, and perhaps even getting out partially finished books showing the binding and a few pages of printed matter from which the salesmen 5 can take orders. As soon as enough of the book is in type to insure accuracy as to the number of pages, or often merely taking the original estimate as a basis for the order, steps must be taken to have the paper on hand as soon 10 as the electrotyping has been finished. When the size of the edition will permit it, the paper is generally made to order, a process requiring from two weeks up, ac- cording to the amount of business the paper mills are handling at the time. If the edition is small, or if such 15 a paper is to be used as may readily be found in the stock regularly carried by a paper dealer, the paper is ordered from this stock, cutting it down to the proper size if the sheet required is smaller than the sizes ordi- narily sold. The manufacturing man must decide upon 20 the quality of the paper to be used, its size, weight and finish, where it is to be obtained, how much is to be paid 'for it, and how large a quantity is to be used. He must obtain samples from different mills, consider these in relation to the price asked, make his decision and place 25 his order, and then, often the hardest work of all, follow up the paper men incessantly to make sure that it is on the spot when it is wanted. The type page being fixed, he allows for the proper margins, considers whether he 26 Exposition will print eight, sixteen, thirty-two or sixty-four pages at one impression, and then figures the quantity by a scale which allows enough extra sheets for spoilage in the printing and binding. While all of this work may sound as a simple proposition, it is often far from that, 5 for the paper must be chosen with some regard for the face of type which is to be used upon it, and it must very often be selected with a view toward making a too fat book thin and easy to hold, or toward padding out a small, insignificant book into something worth while 10 to a prospective purchaser. While the proofs are shuttling back and forth and while the paper is being made, it is also time for the supervisor of the work to be closing in any of the illus- trative and decorative portions of the book. If cuts are 15 to print with the text, the drawings and the cuts must be made in advance, in order not to hold back the pag- ing ; if, however, the cuts are to print separately and are to be pasted in by the binder, the work may be carried on while the composition is being done, the manuscript 20 having been given the artist to read in advance of its being sent to the printer, or an early set of proofs sent him, that he may choose the situations that appeal to him for illustration. In a general way it may be said that the illustrative processes are two in number, although 25 these branch out into infinity in their variations, and although there are more than these two and their varia- tions required in special work. The two in question, used in the general run of books sold at retail, are the How Books are Made 27 line cut, or zinc etching, made from line drawings and drawings with solid blacks and whites, and the half tone, made from photographs and wash drawings. Both of these cuts, or engravings, are made by photog- raphy and chemical action, both may be reduced, or 5 even enlarged to a certain degree, to any size propor- tional to the original subject, and both may be printed at the same time as the text pages, except for the fact that the finish of the paper must be adapted to the cuts. The line cut may be used on any paper whose surface 10 is smooth enough to print without breaking the printed line, but the half tone, on account of its delicacy of line, may be used only on a coated paper or a paper of high finish. The printing of colored illustrations is simply the adaptation of one or the other of these two processes, 15 breaking up the colors of a picture in such a way as to produce practically any of the colors of the spectrum a complete art in itself and often carried out by printers who do no other kind of work, or else the arbitrary divi- sion of a picture into two or three colors and the printing 20 of portions in each color, without regard to the fact that the combination of two certain colors will produce a third. Unless a book is so filled with cuts as to require a highly finished or a coated paper throughout, it is customary to print the cuts separately from the text. 25 Another of the artistic features to be looked after before the presswork has been completed is the design- ing of the cover and the making of the brass dies from which the binder stamps the design on the outside of 28 Exposition the book. The artist to whom is delegated the work of making the cover design submits a scheme in its colors, usually painted on cloth or paper of the color suggested for use, so that an idea may be had of the general effect and a tentative estimate made of the cost. In general, 5 the artist is held down to as few colors as possible, and is restricted in the use of gold and silver, on account of the extra cost of dies and stamping in the former case, and of precious gold and silver leaf in the latter. When the design is finally accepted it is given into the hands 10 of the manufacturing man, who, determining the size of the cover and the thickness of the book, passes it along to the die cutter in order that the design or letter- ing may be cut in hard brass, from which any quantity of covers may be stamped or printed without showing 15 any evidence of wear on the part of the die itself. Of late the cover inset has come into much vogue, this inset being generally an illustration printed on paper in one* or more colors and pasted on the cover in rela- tion to some part of the stamped design, thus giving an 20 added attraction to the cover and making it more in keeping with the book, while at the same time holding down the cost. Let us consider, then, that the electrotype plates are now ready for the press and that the paper is in the 25 printer's hands. The book is ready to be printed. The publisher therefore tells the printer how large an edition he requires and the signal is given to begin the printing. Any one unacquainted with the work and going into a How Books are Made 29 pressroom for the first time must be struck by the large number of presses seemingly lying idle when he has been given to understand that a pressroom is always a scene of whirring activity. This seeming quiet is on account of what is known as the "make ready" the principal 5 cause for expense in printing and the work which brings out the pressman's art and skill. This is the labor re- quired to get the eight, or sixteen, or thirty-two, or sixty- four pages ready to be printed. The pressman lays out his form on the bed of his press, using a large block upon 10 which the electrotypes may be placed and fastened, or else a number of small blocks, one to a page, arranged in their proper positions by wooden or metal strips laid between the blocks "furniture," as these are called. As type matter or plates can never be absolutely even 15 on the top, it is necessary for the pressman to build up the low spots and cut down the impression where it is too black. After placing the form on press, therefore, he runs a trial sheet of paper through the press, from which he is able to know where in the form his work 20 of evening the impression is required. Then he starts this work, which is known as the " make ready," a labor which may require an hour or even two or three days, according to the character of the form or the quality of the work desired. Pieces of thin paper are pasted 25 on the cylinder of the press in such positions as to touch certain spots in the form at the point where the cylin- der carrying the sheet of paper to be printed meets the plates, thus increasing the strength of the impression at 30 Exposition that point, while other pieces are cut in the right size and shape and pasted under the plate, between it and the block, to gain a similar end. The former method is known as "over laying " and the latter as "underlay- ing." This same process is carried out in printing the 5 illustrations, only to a greater degree and generally with more care. When the "make ready" has been fin- ished, the sheets of blank paper are lifted up on the press and fed one by one on to the cylinder, which car- ries them in its revolution against the plates, after 10 which they are deposited in a pile to be removed, printed again on the other side, counted and packed for ship- ment to the binder. Similar work to this is carried out for every form of the book until it is all printed, when the scene is shifted to the bindery. 15 The first step in the binding is the folding of the sheets. While this was generally done in the past by hand by girls working with a flat piece of smooth ivory or similar substance, it is now almost universally exe- cuted by ingenious machines which take the sheet of 20 paper, cut it, fold it accurately, insert one folded sheet within another if necessary, and deliver the folded signatures, as each single folded sheet is called, ready for the next process. These signatures are next "gath- ered," either by hand or machinery, in the order in which 25 they are to appear in the finished book, and they are then "collated," that is, verified, the collator making sure that all signatures are arranged in proper order and that none is missing. They are then sent to the How Books are Made 31 sewing machines, which stitch the signatures together in one continuous row, making no division between 'the volumes, which have to be cut apart by hand. If the books are to have gilt tops it is here that this work comes in, the gilder placing a number of books in his 5 press, squeezing them up very tightly, with the edge to be gilded uppermost, scraping this edge very smooth, painting on it a thin albumen size, and then laying on the thin gold leaf, which is burnished down to smooth brilliancy by a tool worked by the hand of the gilder. 10 The sewed and gilded book then moves along to be rounded and backed; that is, to be given the circular effect shown on the back of the book and to have the edge of the back, where the sewing is, forced out by pressure to make a groove in which the covers may have 15 play. A piece of coarse, tough cloth, reenforced by a pasted strip of paper, is glued on the back, the edges of the cloth overhanging the edges by an inch or so on each side, a flexible glue is smeared on the back to strengthen it and to hold the signatures more closely 20 together, and the book is ready for the cover, which in "all probability has been made while this other work was going on in order to save time at the end. Although machines are now generally used for the making of the cover itself, or "case," as it is called in 25 the trade, they have simply adopted the method of the hand worker with more uniformity and speed. The plan of this work begins with the cutting of the stiff pasteboard into pieces of the proper size for each side, 32 Exposition a similar cutting of the book cloth for the entire cover, the gluing of the inner surface of the cloth, the plac- ing of the pieces of board in their proper positions and of a strip of paper down the back, and the turning over of the edges of the cloth upon the board to 5 give a finished edge and strengthen the case. The case then goes to the stamper, who places the brass dies the publisher has supplied for the lettering and the design on a metal block, inks them with colored ink, or, if gold or some other foil is to be used, has this foil 10 stuck on with a size to the cover, and prints the design or lettering on it with his stamping press. If foil is used the dies are hot stamped against the foil, and the waste foil which has not received the impression is rubbed off, collected and remelted. The book is then 15 fitted into the case or cover, the blank pages at each end of the book which have been pasted on for this purpose are pasted back on the cover, and the book is finished. These pasted leaves, together with the reenforcing cloth, are all that hold the book to the cover in ordinary 20 "edition work," as this style of binding is called, but that they are sufficient for all customary use is shown by the amount of hard usage one of these volumes will stand. The books are now placed in a press and subjected 25 to heavy pressure for a day or a night or more in order to set the mold, as one might say, and give them a proper chance to dry, after which they are packed in cases and shipped away to the market. In the selling of the How Books are Made 33 product another department of the publishing house begins its work, while the manufacturing man gives a sigh of relief, comments perhaps to himself, perhaps to the printer or binder, on some details which had not worked out in just the way he had intended, and devotes his attention to the finishing of the next book on the publication list. A SIMPLE EXPLANATION OF WIRELESS TELEGRAPHY 1 A. E. KENNELLY WIRELESS telegraphy is one of the most recent won- ders of our wonder -revealing age. The public has not yet had time to grasp the principles of this latest achieve- ment. It is commonly supposed that the subject of wireless telegraphy is too intricate for any one except ' 5 a specially trained scientist to grasp. Nevertheless, the fundamental principles of wireless telegraphy are simple, and may be readily apprehended by all who are interested in this fascinating inquiry, however abstruse and difficult the details may be. 10 Wireless telegraphy employs electric waves which are invisible to the eye, but which run over the surface of the sea and land at an immense speed. A fair analogy to wireless telegraph waves is pre- sented, on a small scale, in the waves artificially created 15 on the surface of a pond by throwing in a stone. We are all familiar with the series of events following the fall of a stone into the middle of a previously smooth sheet of water. First we have a big disturbance or splash where the stone falls. Then we see one or more 20 ring waves spreading out in all directions from the 1 Reprinted by permission from The Independent. 34 Explanation of Wireless Telegraphy 35 splash over the surface of the pond. These waves con- tinue to advance radially in every direction north, -south, east and west at a steady rate, and if atten- tively watched they may be seen to go on, getting fainter and weaker as they run, until finally they strike the 5 banks of the pond, or any prominent obstacle, such as a stake stuck in the mud and projecting above the water. Where the wave strikes either one of the banks, or the stake, it raises a little splash or disturbance of the water. This little splash, on the arrival of the wave, 10 is much feebler than the original splash due to the im- pact of the stone in falling on the water, because the wave spreads out into such a long contour that only a small portion of the original disturbance can be im- parted to an obstacle in its path. In fact, if the pond 15 is sufficiently large, the wave may be so feeble by the time that it approaches the banks that no splash on arrival can be discerned. In other words, if the wave on reaching the bank is to be capable of producing a discernible disturbance, it must have an appreciable 20 strength and not be reduced by expansion to micro- scopic dimensions. From the standpoint of wireless telegraphy, the im- pact splash of the falling stone corresponds to an elec- tric signal sent out from the mast of a sending station, 25 and the faint little splash on the arrival of the wave at a bank, or an obstacle, corresponds to the faint electric disturbance or signal detected at a distant receiving station as soon as the electric wave arrives there. 36 Exposition If we suppose that two boats are quietly anchored in the pond at a suitable distance apart, it might be feasible for a man in one boat to send signals to a friend in the other by striking a succession of short and long blows on the water, in conformity with the telegraph Morse 5 alphabet. The letter a would be formed by a short blow followed by a long one, the letter b by a long blow followed by three short ones, and so on. Each blow on the water at the sending boat would send out a new wave in all directions over the pond, and the letters 10 of the message would lie in successive expanding rings on the surface of the water. The man in the receiving boat would intercept these expanding ring waves at some point of their circle. He might be able to watch the little splashes they formed on his anchor chain, or 15 other obstacle, and so might be able to read the message, each letter being received a few seconds later than it was hammered out by the sender. Practically, of course, this plan would have little chance of success, if only because the least ruffle of breeze would prevent 20 the wave signals from being discerned. Moreover, the range of water wave signaling would be very small, even in calm weather. In the case of pond-wave telegraphy, as above sug- gested, the waves would be emitted from a sending sta- 25 tion by producing there a relatively powerful disturb- ance of the pond or liquid medium. The disturbances would move off as waves in all directions, with a defi- nite speed. At any point, within the working range, Explanation of Wireless Telegraphy 37 a receiving station could intercept and perceive the dis- turbances caused by the waves on their arrival, and could thus spell out messages. The receiving boat might be north, south, east or west of the sending boat, but if its distance away was the same it should be able 5 to decipher the water waves equally well. Electric wave telegraphy, or wireless telegraphy, operates in a somewhat similar way. Instead of using water waves it uses electric waves traveling through the ether over the earth's surface. The electric splash 10 or disturbance is created at the sending station by the sudden electric charge or discharge of a wire or wires on a tall mast, while the expanding waves, being invis- ible, have to be detected by a delicate electric respon- sive device connected to a tall receiving mast placed at 15 any point within the working range. The advancing electric waves strike the receiving mast and produce feeble electric splashes, or disturbances, in the wire or wires suspended there. It is necessary to regard the wireless telegraphy 20 waves as running through the ether, rather than through the air, even though they appear to be carried by the air. If the waves were carried by the air, they would be sound waves, which have quite different prop- erties, and which, moreover, are only capable of being 25 detected ordinarily at relatively short distances. There is every reason to believe that if the air which surrounds the globe could somehow be completely removed, so as to leave only so-called empty space on its surface, the 38 Exposition electric waves would still be able to run over it, sub- stantially as they do now with the air present. It is universally admitted that so-called empty space, or in- terstellar space, must be occupied by something invisible, which is called the ether, and which transmits light, heat 5 and electric disturbances generally. This ether perme- ates all matter, and the atmosphere is permeated by it. Consequently, the wireless telegraph waves run through the atmosphere, but are borne by the under- lying invisible ether. 10 Those who have witnessed that magnificent spectacle, a total eclipse of the sun, from a favorably placed view- point, say the top of a mountain, will remember that as the sun's disk becomes obscured gradually by the moon, the sunlight on the landscape steadily dwindled, 15 but without any sudden changes, until the first instant of totality, when the sun was completely hidden be- hind the moon. The observer watching for this moment discerns a black shadow on the horizon, like a dark veil or curtain, spreading from earth to sky and running to- 20 ward him at great speed. The wall of shadow sweeps over the landscape in a stealthy, majestic rush and passes by the observer, leaving him in the semi-obscurity of the total eclipse. This is perhaps the nearest ap- proach that nature gives to our senses of the phenomenon 25 of electric wave movement. It conveys only a weak image of that phenomenon, because the speed of the moon's shadow, which the eye sees running over the landscape, is only a few thousand miles per hour, while Explanation of Wireless Telegraphy 39 the speed of the electric waves is known with practical certainty to be almost the same as that of light in free , space, i.e., 186,000 miles per second, or sufficient to run seven and one half times round the world in one second by the clock. 5 If, however, we assume that our eyes could see an electric wave of wireless telegraphy running over the earth, just as we actually see the waves running over a pond, or the shadow of a cloud running over a land- scape, we should expect to see a hemispherical wave 10 thrown out from the sending mast every time an electric spark discharge was produced there. The hemisphere would cover the land like an inverted bowl, and would expand in all directions like the upper half of a gigantic swelling soap bubble, at the speed of 186,000 miles a 15 second. At the upper portions of the hemisphere, and particularly at the top, the wave would be very thin and weak. It would be denser and stronger in the lower portions, and especially in the lowest portion that spreads over the ground like a ring. 20 In the celebrated Marienfeld-Zossen railroad experi- ments, made in Germany a few years ago, the highest attainable train speeds were striven for, and speeds of 120 miles per hour were reached over portions of the road. An observer stationed near the straight track 25 and on the lookout for the car with his unaided eyes would see it coming on the horizon, would watch it approach, pass and vanish on the opposite horizon all within thirty seconds, or half a minute of time. This 4O Exposition assumes that he would lose sight of the car half a mile away from him. But if the speed of a passing wave, instead of being 120 miles an hour, were 670 millions of miles per hour, how small would be our chance of get- ting a look at the passing wave, even though it reached 5 from the earth to the sky? A twinkling of an eye would be a relatively long and dreary delay in com- parison with the time of passage. By way of example, suppose the sending mast were located in the Brooklyn Navy Yard just off Manhattan 10 Island, and suppose a single spark discharge, or electric splash, were made at this mast, corresponding to a "dot " signal in wireless telegraphy. Immediately we should see, if we possessed the imagined powers of vision, a hemispherical wave rush off from the mast in all direc- 15 tions over the earth. Strictly speaking, there would not be just one wave. A stone thrown into a pond generally produces one principal wave followed imme- diately by a train of successively smaller waves. So an electric splash, or spark discharge from the sending- 20 mast wire, usually produces a train of waves, of which the first is strongest and the rest are successively weaker. But ignoring this detail, if we confined attention to the first or leading wave, we should expect to see a nearly vertical wall running over the sea and land, north, south, 25 east and west with the speed of light. The wave would, indeed, be made up of two successive walls, say first a "positive" wall and then a "negative" wall, with a clear space between, just as a water wave is made Explanation of Wireless Telegraphy 41 up of a positive wall, or crest, and then a negative wall, or trough, immediately behind, with a mean-level space .between them. The length of the wave would depend upon the height of the sending-mast wire, and with a plain vertical wire, the wave, including both positive 5 and negative walls, would stretch over, or cover, a dis- tance on the ground about four times the height of the wire. Consequently a mast 150 feet high would throw off a wave about 600 feet long, the positive wall being 300 feet thick, and the negative wall also 300 feet thick. 10 In practice, however, coils of wire are included in the discharge path of sending-mast wires, and these arti- ficially increase the virtual height of those wires, so that a iso-foot mast may act as though it were much higher, say even a mile high. In the latter case, the outgoing 15 wave would cover four miles of ground, or its wave length would be four miles. If we transported ourselves somehow in a flying machine over the earth's surface at the speed of light, Jules Verne's celebrated flying projectile being hope- 20 lessly too slow for our imagination in this respect, we could keep up with the outgoing wave and watch what happened to it as it ran. What happens far up above the earth would lie beyond our ken, and we need not attempt to follow the wave upward. But along and 25 near the earth's surface we should expect to see the wave bend over the globe, so as to keep advancing over it like a nearly vertical wall. The wave in its westward progress would be expected, after starting, to reach the 42 Exposition Great Lakes in i-2yoth of a second, and the Pacific Coast in the i-goth of a second. If we followed it in our air- ship eastward, we should expect to reach Europe in about i-5oth of a second, and the distant shores of the Le- vant in about i-3Sth of a second. If we took our 5 imaginary aerial automobile northward with the wave, we should expect to see the wave pass the north pole in about i~5oth of a second. If, on the other hand, we selected the southerly direction of flight, we should expect to see the wave pass the south pole in about 10 i-2oth of a second. One naturally inquires how long could the imaginary aerial chase be kept up. If it could be kept going for a single second of time, the wave would have passed New York on the seventh time around the world. The 15 answer is that possibly in theory the chase of an ultra- microscopic ripple might be kept up as long as one pleased, but that, in practice, the waves have not yet been detected at distances exceeding a few thousand miles from their source. The reason is that they weaken 20 so much as they expand. Just as the wave expanding over a pond spreads and weakens until it is rapidly lost to sight, so the wireless telegraph waves, being spread over such immense distances, become diluted to inap- preciable residuals. Not only do they suffer in intensity 25 by spreading over a continually widening area, but they are also weakened by absorption into the surface of the ground. If the ground were a perfect electric conductor, the electric waves, or the vertical walls that Explanation of Wireless Telegraphy 43 our imagination depicts them, would skim over the ground or ocean without being absorbed therein. But the earth's superficial layers are far from being a per- fect conductor, and so the earth is always swallowing up or absorbing the wave, to some extent, at the ground 5 surface, and the upper portions of the wave feed down energy into the lower portions to try to make good the defect as the wave runs along; but the result is to make the wave disappear so much the sooner. The salt water ocean conducts electrically much better 10 than the dry land and also presents a smoother general contour. On this account wireless telegraph signals can ordinarily be detected much farther over the sea than over the land. For a given electric splashing power, or discharging disturbance power, at the sending 15 mast, there is a certain range over the sea and over the land at which high receiving masts can pick up the disturbance of the passing waves and make them appreciable to our senses by the aid of a very delicate electric apparatus. The bigger the sending splashing, 20 the higher the masts at both sending and receiving stations, and the more delicate the electric receiving apparatus, the greater is this range. At present the range extends right across the Atlantic Ocean. Wherever a vertical wire is placed in the path of an 25 electric wave an electric disturbance will be created up and down this wire during the passage of the wave, and this disturbance, if strong enough, can act on suitable electric apparatus so as to register a signal. A 44 Exposition single wave may pass by a mast in, say, one millionth of a second, according to the length of the wave. But this brief disturbance suffices. In sending a wireless message, every dot and dash involves a succession of waves, or an individual wave train. This train is short 5 for a dot and long for a dash. Dots and dashes, in proper sequence, spell out the message. What is the nature of the wave, or of these vertical walls, that we imagine to fly across the landscape at such an enormous speed ? If we carried our imaginary aerial 10 automobile into one, so as to travel in the wall and ex- amine it leisurely before it dwindled away to insignificant remains, we should expect to find that in the advancing wave there was a feeble vertical electric force, so that an electrically charged pithball suspended from the 15 aerial automobile would be attracted either vertically upward or downward, according as we examined the positive or negative wall. Moreover, there would be an accompanying feeble horizontal magnetic force, so that a delicately poised compass needle on board our fly- 20 ing car would be deflected either to the right or to the left, according to whether we traveled in the positive or negative wall. Such are the warp and the woof of the electro-magnetic fabric which constitutes these waves. They are not tissued of matter, but of electricity and 25 of magnetism. But how are we to distinguish at any receiving station between waves coming simultaneously from New York, Boston, Philadelphia, Chicago, San Francisco, London, Explanation of Wireless Telegraphy 45 Paris, Vienna, Bombay and Pekin without invidious disregard of other places and ships at sea ? The more remote places take care of themselves at present, because their waves are too feeble and exhausted to reach us. The nearer places might well conflict, but by tuning the 5 apparatus at our receiving mast to respond only to waves say 500 yards long, all waves save those of the particular station or stations which emit that length of wave will not be audible. Besides, there are other modes of securing artificial selection of signals, other- 10 wise a modern tower of Babel would be erected in the circumambient air. Manifestly, wireless telegraphy is destined to be- come a great civilizing and socializing agency, because the firmament of the world is the common property 15 of all nations, and those who use it for signaling in- habit it, in a certain sense. When all nations come to inhabit the firmament collectively they will be brought into closer communion for their mutual ad- vantage. A new upper geography dawns upon us, in 20 which there is no more sea, neither are there any boundaries between the peoples. Now that wireless telegraphy has entered the com- mercial field of transoceanic telegraphy, it becomes of interest to inquire whether it is likely to supplant 25 the submarine telegraph cables, some 250,000 miles of which engirdle the oceans of &e world. Wireless telegraphy has an undisputed territory on the ocean in maintaining telegraph communication with mov- 46 Exposition ing vessels, where submarine cables cannot reach them. Now wireless telegraphy proposes to compete with cables for messages from continent to continent. It may be safely said that, up to the present time, wireless telegraphy has helped the ocean cables, by 5 bringing messages to them from ships at sea, much more than it has hurt them by robbing them of mes- sages. If wireless telegraphy were to remain station- ary, and make no further technical progress, it is very doubtful whether, with its present capabilities, it could 10 reduce materially the traffic over submarine cables. On the other hand, however, wireless telegraphy is still very young, and its limitations have by no means been determined. It is, therefore, conceivable that at some distant date it may attain such a degree of devel- 15 opment as to render ocean cables no longer necessary. ARTIST AND MORALIST 1 JAMES RUSSELL LOWELL WE may admit, with proper limitations, the modern distinction between the Artist and the Moralist. With the one, Form is all in all, with the other Tendency. The aim of the one is to delight, of the other to con- vince. The one is master of his purpose, the other 5 mastered by it. The whole range of perception and thought is valuable to the one as it will minister to imagination; to the other only as it is available for argument. With the moralist use is beauty, good only as it serves an ulterior purpose; with the artist 10 beauty is use, good in and for itself. In the fine arts the vehicle makes part of the thought, coalesces with it. The living conception shapes itself a body in marble, color, or modulated sound, and henceforth the two are inseparable. The results of the moralist 15 pass into the intellectual atmosphere of mankind, it matters little by what mode of conveyance. But where, as in Dante, the religious sentiment and the imagination are both organic, something interfused with the whole being of the man, so that they work 20 in kindly sympathy, the moral will insensibly suffuse 1 Reprinted by permission from " Literary Essays." Boston, Hough ton, Mifflin & Co. 47 48 Exposition itself with beauty as a cloud with light. Then that fine sense of remote analogies, awake to the asso- nance between facts seemingly remote and unrelated, between the outward and inward worlds, though con- vinced that the things of this life are shadows, will be persuaded also that they are not fantastic merely, but imply a substance somewhere, and will love to set forth the beauty of the visible image because it suggests the iiieffably higher charm of the unseen original. RELIGION AND MORALITY 1 * GEORGE HERBERT PALMER THESE considerations seem to show that however close the two fields are, religion and morality, they are still distinct. But I feel that here, far more than in any preceding case, it is difficult to mark the separa- tion. As a fact, we have seen they differ. Why, and 5 in what respects, we must now try to discover. The points of difference come out most obviously when we set a great religious cry side by side with a great moral one; and by a cry I mean the utterance of a distressed and aspiring soul yearning for moral 10 or religious power. Take, for example, the cry of the Psalmist, "Against Thee, Thee only, have I sinned !" and the cry of Wordsworth in the "Ode to Duty," "Oh, let my weakness have an end!" The two refer to the same matter. Each person feels his im- 15 perfection. Each mourns a departure from right- eousness. In each a finite person is recognized as connected with what is infinite, a connection felt to be not accidental but essential. As we have already seen, neither in religion nor morality can the finite 20 detach itself from the infinite. In both cases the 1 Reprinted by permission from " The Field of Ethics." Boston, Houghton, Mifflin & Co. E 49 50 Exposition finite person, perceiving his imperfection, seeks refuge in the perfect one. But if the substance of the two cries is the same, if they refer to similar spiritual conditions, wherein do they differ? The point of view is different, that 5 is all. While each expresses the essential union of the finite or imperfect being with the infinite or perfect one, yet in the religious case the stand is taken at the point of view of the perfect one; while the moral man looks at it from the opposite end, the 10 point of view of the imperfect one. To the mind of the Psalmist the horror of his sin consists in this, that he the little imperfect creature has at- tempted a blow against the all-perfect One. He cannot think of his sin as damaging his brother man, 15 nor even as damaging himself. He himself, his fel- low-men, all imperfect existences, are beings of no account. The only being of worth whom he con- templates is the Most High. And the sin is wrought against Him. He, the one being of worth, has been 20 by the Psalmist's deed declared unworthy. That is the shocking thing, that he has raised his imperfect hand against perfection. Plainly there is nothing of this in the cry of Words- worth. On the contrary, he is conceiving of himself 25 as so important as to require additional strength. "Oh, let my weakness have an end!" The being in whom he is specially interested is himself, the im- perfect one, the finite. He longs to have a full con- Religion and Morality 51 nection established between himself and the perfect one not for the sake of the perfect, but of himself, the imperfect. No less than the Psalmist he recog- nizes the need of being interlocked with the eternal. But he starts from his own side. His view is man- 5 ward ; the religious view is Godward. There is, accordingly, a sharp contrast while each still acknowl- edges the same two elements essentially conjoined. Neither finds one of these elements of any account parted from the other. But the conjunction is reck- 10 oned of consequence by the religious mind because of the Most High; by the moral mind, because of us struggling, needy, imperfect, finite creatures. And this contrast is fundamental. Everywhere the reli- gious soul seeks after God as all in all. We are of no 15 consequence. "What is man, that Thou art mind- ful of him?" To lose ourselves in Him, to abolish separation, this has been the aspiration of religion in every age and under every type of religious belief. It is that o/AO&wt* r