Mankind in the Making

The child at five, unless it is colour blind, should know the range of colours by name, and distinguish them easily, blue and green not excepted; it should be able to distinguish pink from pale red and crimson from scarlet.[23] Many children through the neglect of those about them do not distinguish these colours until a very much later age. I think also—in spite of the fact that many adults go vague and ignorant on these points—that a child of five may have been taught to distinguish between a square, a circle, an oval, a triangle and an oblong, and to use these words. It is easier to keep hold of ideas with words than without them, and none of these words should be impossible by five. The child should also know familiarly by means of toys, wood blocks and so on, many elementary solid forms. It is matter of regret that in common language we have no easy, convenient words for many of these forms, and instead of being learnt easily and naturally in play, they are left undistinguished, and have to be studied later under circumstances of forbidding technicality. It would be quite easy to teach the child in an incidental way to distinguish cube, cylinder, cone, sphere (or ball), prolate spheroid (which might be called "egg"), oblate spheroid (which might be called "squatty ball"), the pyramid, and various parallelepipeds, as, for example, the square slab, the oblong slab, the brick, and post. He could have these things added to his box of bricks by degrees, he would build with them and combine them and play with them over and over again, and absorb an intimate knowledge of their properties, just at the age when such knowledge is almost instinctively sought and is most pleasant and easy in its acquisition. These things need not be specially forced upon him. In no way should he be led to emphasize them or give a priggish importance to his knowledge of them. They will come into his toys and play mingled with a thousand other interests, the fortifying powder of clear general ideas, amidst the jam of play.

In addition the child should be able to count,[24] it should be capable of some mental and experimental arithmetic, and I am told that a child of five should be able to give the sol-fa names to notes, and sing these names at their proper pitch. Possibly in social intercourse the child will have picked up names for some of the letters of the alphabet, but there is no great hurry for that before five certainly, or even later. There is still a vast amount of things immediately about the child that need to be thoroughly learnt, and a premature attack on letters divides attention from these more appropriate and educational objects. It should, for the reason given in the footnote, be still ignorant of the Arabic numerals. It should be able to handle a pencil and amuse itself with freehand of this sort:—and its mind should be quite uncontaminated by that imbecile drawing upon squared paper by means of which ignorant teachers destroy both the desire and the capacity to sketch in so many little children. Such sketching could be enormously benefited by a really intelligent teacher who would watch the child's efforts, and draw with the child just a little above its level. For example, the teacher might stimulate effort by rejoining to such a sketch as the above, something in this vein:—

The child will already be a great student of picture-books at five, something of a critic (after the manner of the realistic school), and it will be easy to egg it almost imperceptibly to a level where copying from simple outline illustrations will become possible. About five, a present of some one of the plastic substitutes for modelling clay now sold by educational dealers, plasticine for example, will be a discreet and acceptable present to the child—if not to its nurse.

The child's imagination will also be awake and active at five. He will look out on the world with anthropomorphic (or rather with pædomorphic) eyes. He will be living on a great flat earth—unless some officious person has tried to muddle his wits by telling him the earth is round; amidst trees, animals, men, houses, engines, utensils, that are all capable of being good or naughty, all fond of nice things and hostile to nasty ones, all thumpable and perishable, and all conceivably esurient. And the child should know of Fairy Land. The beautiful fancy of the "Little People," even if you do not give it to him, he will very probably get for himself; they will lurk always just out of reach of his desiring curious eyes, amidst the grass and flowers and behind the wainscot and in the shadows of the bedroom. He will come upon their traces; they will do him little kindnesses. Their affairs should interweave with the affairs of the child's dolls and brick castles and toy furniture. At first the child will scarcely be in a world of sustained stories, but very eager for anecdotes and simple short tales.

This is the hopeful foundation upon which at or about the fifth year the formal education of every child in a really civilized community ought to begin.[25]

V THE MAN-MAKING FORCES OF THE MODERN STATE

So far we have concerned ourselves with the introductory and foundation matter of the New Republican project, with the measures and methods that may be resorted to, firstly, if we would raise the general quality of the children out of whom we have to make the next generation, and, secondly, if we would replace divergent dialects and partial and confused expression by a uniform, ample and thorough knowledge of English throughout the English-speaking world. These two things are necessary preliminaries to the complete attainment of the more essential nucleus in the New Republican idea. So much has been discussed. This essential nucleus, thus stripped, reveals itself as the systematic direction of the moulding forces that play upon the developing citizen, towards his improvement, with a view to a new generation of individuals, a new social state, at a higher level than that at which we live to-day, a new generation which will apply the greater power, ampler knowledge and more definite will our endeavours will give it, to raise its successor still higher in the scale of life. Or we may put the thing in another and more concrete and vivid way. On the one hand imagine an average little child let us say in its second year. We have discussed all that can be done to secure that this average little child shall be well born, well fed, well cared for, and we will imagine all that can be done has been done. Accordingly, we have a sturdy, beautiful healthy little creature to go upon, just beginning to walk, just beginning to clutch at things with its hands, to reach out to and apprehend things with its eyes, with its ears, with the hopeful commencement of speech. We want to arrange matters so that this little being shall develop into its best possible adult form. That is our remaining problem.

Is our contemporary average citizen the best that could have been made out of the vague extensive possibilities that resided in him when he was a child of two? It has been shown already that in height and weight he, demonstrably, is not, and it has been suggested, I hope almost as convincingly, that in that complex apparatus of acquisition and expression, language, he is also needlessly deficient. And even upon this defective foundation, it is submitted, he still fails, morally, mentally, socially, aesthetically, to be as much as he might be. "As much as he might be," is far too ironically mild. The average citizen of our great state to-day is, I would respectfully submit, scarcely more than a dirty clout about his own buried talents.

I do not say he might not be infinitely worse, but can any one believe that, given better conditions, he might not have been infinitely better? Is it necessary to argue for a thing so obvious to all clear- sighted men? Is it necessary, even if it were possible, that I should borrow the mantle of Mr. George Gissing or the force of Mr. Arthur Morrison, and set myself in cold blood to measure the enormous defect of myself and my fellows by the standards of a remote perfection, to gauge the extent of this complex muddle of artificial and avoidable shortcomings through which we struggle? Must one, indeed, pass in review once more, bucolic stupidity, commercial cunning, urban vulgarity, religious hypocrisy, political clap-trap, and all the raw disorder of our incipient civilization before the point will be conceded? What benefit is there in any such revision? rather it may overwhelm us with the magnitude of what we seek to do. Let us not dwell on it, on all the average civilized man still fails to achieve; admit his imperfection, and for the rest let us keep steadfastly before us that fair, alluring and reasonable conception of all that, even now, the average man might be.

23

There could be a set of colour bands in the book that the English Language Society might publish.

24

There can be little doubt that many of us were taught to count very badly, and that we were hampered in our arithmetic throughout life by this defect. Counting should be taught be means of small cubes, which the child can arrange and rearrange in groups. It should have at least over a hundred of these cubes—if possible a thousand; they will be useful as toy bricks, and for innumerable purposes. Our civilization is now wedded to a decimal system of counting, and, to begin with, it will be well to teach the child to count up to ten and to stop there for a time. It is suggested by Mrs. Mary Everest Boole that it is very confusing to have distinctive names for eleven and twelve, which the child is apt to class with the single numbers and contrast with the teens, and she proposes at the beginning (The Cultivation of the Mathematical Imagination, Colchester: Benham & Co.) to use the words "one-ten," "two-ten," thirteen, fourteen, etc., for the second decade in counting. Her proposal is entirely in harmony with the general drift of the admirably suggestive diagrams of number order collected by Mr. Francis Gallon. Diagram after diagram displays the same hitch at twelve, the predominance in the mind of an individualized series over quantitatively equal spaces until the twenties are attained. Many diagrams also display the mental scar of the clock face, the early counting is overmuch associated with a dial. One might perhaps head off the establishment of that image, and supply a more serviceable foundation for memories by equipping the nursery with a vertical scale of numbers divided into equal parts up to two or three hundred, with each decade tinted. When the child has learnt to count up to a hundred with cubes, it should be given an abacus, and it should also be encouraged to count and check quantities with all sorts of things, marbles, apples, bricks in a wall, pebbles, spots on dominoes, and so on; taught to play guessing games with marbles in a hand, and the like. The abacus, the hundred square and the thousand cube, will then in all probability become its cardinal numerical memories. Playing cards (without corner indices) and dominoes supply good recognizable arrangements of numbers, and train a child to grasp a number at a glance. The child should not be taught the Arabic numerals until it has counted for a year or more. Experience speaks here. I know one case only too well of a man who learnt his Arabic numerals prematurely, before he had acquired any sound experimental knowledge of numerical quantity, and, as a consequence, his numerical ideas are incurably associated with the peculiarities of the figures. When he hears the word seven he does not really think of seven or seven-ness at all, even now, he thinks of a number rather like four and very unlike six. Then again, six and nine are mysteriously and unreasonably linked in his mind, and so are three and five. He confuses numbers like sixty-three and sixty-five, and finds it hard to keep seventy-four distinct from forty-seven. Consequently, when it came to the multiplication table, he learnt each table as an arbitrary arrangement of relationships, and with an extraordinary amount of needless labour and punishment. But obviously with cubes or abacus at hand, it would be the easiest thing in the world for a child to construct and learn its own multiplication table whenever the need arose.

25

One may note here, perhaps, the desirability too often disregarded by over-solicitous parents, and particularly by the parents of the solitary children who are now so common, of keeping the child a little out of focus, letting it play by itself whenever it will, never calling attention to it in a manner that awakens it to the fact of an audience, never talking about it in its presence. Solitary children commonly get too much control, they are forced and beguiled upward rather than allowed to grow, their egotism is over-stimulated, and they miss many of the benefits of play and competition. It seems a pity, too, in the case of so many well-to-do people, that having equipped nurseries they should not put them to a fuller use—if in no other way than by admitting foster children. None of this has been very fully analyzed, of course (there are enormous areas of valuable research in these matters waiting for people of intelligence and leisure, or of intelligence and means), but the opinion that solitary children are handicapped by their loneliness is very strong. It is nearly certain that as a rule they make less agreeable boys and girls, but to me at any rate it is not nearly so certain that they make adult failures. It would be interesting to learn just what proportion of solitary children there is on the roll of those who have become great in our world. One thinks of John Ruskin, a particularly fine specimen of the highly focussed single son. Prig perhaps he was, but this world has a certain need of such prigs. A correspondent (a schoolmistress of experience) who has collected statistics in her own neighbourhood, is strongly of opinion not only that solitary children are below the average, but that all elder children are inferior in quality. I do not believe this, but it would be interesting and valuable if some one could find time for a wide and thorough investigation of this question.