The Elements of General Method Part 2

All these purposes thus far developed in schools are to be considered as valuable subsidiary aims, leading up to the central purpose of the study of natural sciences, which is, "An understanding of life and of the powers and of the unity which express themselves in nature;" or, as Kraepelin says: "Nature should not appear to man as an inextricable chaos, but as a well-ordered mechanism, the parts fitting exactly to each other, controlled by unchanging laws, and in perpetual action and production." Humboldt is further quoted: "Nature to the mature mind is unity in variety, unity of the manifold in form and combination, the content or sum total of natural things and natural forces as a living whole. The weightiest result, therefore, of deep physical study is, by beginning with the individual, to grasp all that the discoveries of recent times reveal to us, to separate single things critically and yet not be overcome by the ma.s.s of details, mindful of the high destiny of man, to comprehend the mind of nature, which lies concealed under the mantle of phenomena." This sounds visionary and impracticable for children of the common school, especially when we know that much lower aims have not been successfully reached. In fact it cannot be said that the natural sciences have any recognized standing in the common school course. But it is worth the while to inquire whether natural sciences will ever be taught as they should be until the best attainable aims become the dominant principles for guiding teachers.

Stripped of its rhetoric, the above mentioned aim, "an understanding of life and of the unity in nature," may prove a practical and inspiring guide to the teacher.

If we look upon nature as a field of observation and study which can be grasped as a whole both as a work of creation and as contributing in multiplied ways to man's needs, its proper study gives a many-sided culture to the mind. This leading purpose will bring into relation and unity all the subordinate aims of science teaching, such as information, utility, training of the senses and judgment, and of the power to compare and cla.s.sify.

For the accomplishment of this great purpose of gaining _insight_ into nature's many-sided activities, there are several simple means not yet mentioned. Running through nature are great principles and laws which can be studied upon concrete examples, plain and interesting to a child. The study of the squirrel in its home, habits, organs, and natural activities in the woods, will show how strangely adapted it is to its surroundings. But an observation of birds in the air and of fishes in water reveals the same curious fitness to surrounding nature.

The study of plants and animals in their adaptation to environment, of the relation between organ and function; between organs, mode of life, and environment, leads up to a general law which applies to all plants and animals. The law of growth and development from the simple germ to the mature life form can be seen in the b.u.t.terfly, the frog, and the sunflower. These laws and others in biology, if developed on concrete specimens, give much insight into the whole realm of nature, more stimulating by far than that based on scientific cla.s.sifications, as orders, families and species. The great and simple outlines of nature's work begin to appear out of such laws.

Again the study of the whole _life history_ of a plant or animal, in its relations to the inorganic world and to other plants and animals, is always a cross-section in the sciences and shows how all the natural sciences are knit together into a causal unity. Take the life history of a _hickory tree_. As it germinates and grows from the seed how it draws from the earth and air; the effect of storms, seasons, and lightning upon it; how it later furnishes nuts to the squirrels and boys; its branches may be the nesting place for birds and its bark for insects. Finally, the uses of its tough wood for man are seen. The life of a squirrel or of a honey-bee furnishes also a cross-section through all the sciences from the inorganic world up to man.

If in tracing life histories we take care to select _typical_ subjects which exemplify perhaps thousands of similar cases, we shall materially shorten the road leading toward insight into nature. These types are concrete and have all the interest and attractiveness of individual life, but they also bring out characteristics which explain myriads of similar phenomena. A careful and detailed study of a single tree like the maple, with the circulation of the sap and the function of roots, bark, leaves, and woody fiber, will give an insight into the processes of growth upon which the life of the tree depends and these processes will easily appear to be true of all tree and plant forms.

In nature as it shows itself in the woods or in the pond, there is such a _mingling and interdependence_ of the natural sciences upon each other that the book of nature seems totally different from books of botany, physics, and zoology as made by men. In the forest we find close together trees of many kinds, shrubs, flowering plants, vines, mosses, and ferns; gra.s.ses, beetles, worms, and birds; squirrels, owls and suns.h.i.+ne; rocks, soil, and springs; summer and winter; storms, frost, and drouth. Plants depend upon the soil and upon each other.

The birds and squirrels find their home and food among the trees and plants. The trees seem to grow together as if they needed each other's companions.h.i.+p. All the plants and animals depend upon the soil, air, and climate, and the whole wood changes its garb and partly its guests with the seasons. A forest is a _life society_, consisting of mutually dependent parts. How nature disregards our conventional distinctions between the natural sciences! We need no better proof than this that they should not be taught chiefly from books. A child might learn a myriad of things in the woods and gain much insight into nature's ways without making any clear distinction between botany, zoology, and geology. Herein is also the proof that text-books are needed as a guide in nature's labyrinth. If the frequency and intimacy of mutual relations are any proof of unity, the natural sciences are a unit and have a right to be called by one name, _nature study_.

In the study of laws, life histories, and life groups, the _causal relations_ in nature are found to be wonderfully stimulating to those who have begun to trace them out. The child as well as the mature scientist finds in these causal connections materials of absorbing interest.

It is plain, therefore, that the lines tending toward unity in nature study are numerous and strong; such as the scientific cla.s.sifications of our text-books, the working out of general laws whether in biology or physics, the study of life histories in vegetable and animal, and the observation of life societies in the close mutual relations of the different parts or individuals.

If a course of nature studies is begun in the first grade and carried systematically through all the years up to the eighth grade, is it not reasonable to suppose that real insight into nature, based on observation taken at first hand, may be reached? It will involve a study of living plants and animals, minerals, physical apparatus and devices, chemical experiments, the making of collections, regular excursions for the observation of the neighboring fields, forests, and streams, and the working over of these and other concrete experiences from all sources through skillful cla.s.s teaching.

The first great result to a child of such a series of studies is an intelligent and rational understanding of his home, the world, his natural environment. He will have a seeing eye and an appreciative mind for the thousand things surrounding his daily life where the ignorant toiler sees and understands nothing.

A second advantage which we can only hint at, while incidental is almost equally important. We have been considering nature chiefly as a realm by itself, apart from man. But the utilities of natural science in individual life and in society are so manifold that we accept many of the finest products of skill and art as if they were natural products--as if gold coins, silk dresses, and fine pictures grew on the bushes and only waited to be picked. The thousand-fold applications of natural science to human industry and comfort deserve to be perceived as _the result of labor and inventive skill_. Our much-lauded steam engines, telegraph microscopes, sewing machines, reapers, iron s.h.i.+ps, and printing presses, are not examples of a few, but of myriads of things that natural science has secured. But how many children on leaving the common school understand the principle involved in any one of the machines mentioned, subjects of common talk as they are? As children leave the schools at fourteen or fifteen they should know and appreciate many such things, wherein man, by his wit and ingenious use of natures forces, has triumphed over difficulties. How are gla.s.s and soap made? What has a knowledge of natural science to do with the construction of stoves, furnaces, and lamps? How are iron, silver, and copper ore mined and reduced? How is sugar obtained from maple trees, cane, and beet root? How does a suction pump work and why? Without a knowledge of such applications of natural science we should be thrown back into barbarism. These things also, since they form such an important part of every child's environment, should be understood, but not for direct utility.

Historically considered, the study of natural science is the study of man's long continued struggle with nature and of his gradual triumph.

It ends with insight into nature and into those contrivances of men by which her laws and forces are utilized. The whole subject of nature, her laws and powers, must not remain a sealed book to the ma.s.ses of the people. Scientists, inventors, and scholars may lead the way, but they are only pioneers. The thousands of the children of the people are treading at their heels and must be initiated into the mysteries.

Our knowledge of these principles and appliances const.i.tute in fact a good share of the foundation upon which our whole _culture status_ rests. Without natural science we should understand neither nature nor society. Spencer shows the wide-reaching value of science knowledge in our modern life: "For leaving out only some very small cla.s.ses, what are all men employed in? They are employed in the production, preparation, and distribution of commodities. And on what does efficiency in the production, preparation, and distribution of commodities depend? It depends on the use of methods fitted to the respective nature of these commodities, it depends on an adequate knowledge of their physical, chemical, or vital properties, as the case may be; that is, it depends on science. This order of knowledge which is in great part ignored in our school courses, is the order of knowledge underlying the right performance of all those processes by which civilized life is made possible. Undeniable as is this truth, and thrust upon us as it is at every turn, there seems to be no living consciousness of it. Its very familiarity makes it unregarded. To give due weight to our argument, we must therefore realize this truth to the reader by a rapid review of the facts." He then ill.u.s.trates, in interesting detail, the varied applications of mathematics, physics, chemistry, biology, and social science to the industries and economies of real life, and concludes as follows: "That which our school courses leave almost entirely out, we thus find to be that which most nearly concerns the business of life. All our industries would cease were it not for that information which men begin to acquire as they best may after their education is said to be finished. And were it not for this information that has been from age to age acc.u.mulated and spread by unofficial means, these industries would never have existed. Had there been no teaching but such as is given, in our public schools, England would now be what it was in feudal times. That increasing acquaintance with the laws of nature which has through successive ages enabled us to subjugate nature to our needs, and in these days gives to the common laborer comforts which a few centuries ago kings could not purchase, is scarcely in any degree owed to the appointed means of instructing our youth. The vital knowledge--that by which we have grown as a nation to what we are, and which now underlies our whole existence--is a knowledge that has got itself taught in nooks and corners, while the ordained agencies for teaching have been mumbling little else but dead formulas." Spencer, _Education_, pp. 44, 54.

Not only the specialists in natural science, whose interest and enthusiasm are largely absorbed in these studies, but many other energetic teachers are persuaded that the culture value of nature studies is on a par with that of historical studies. But on account of the present lack of system and of clear purpose in natural science teachers, the first great problem in this field of common school effort is to select the material and perfect the method of studying nature with children.

Our estimate of the value of natural science for culture and for discipline is confirmed by the opinion of educational _reformers_ and by the changes and progress in schools. An inquiry into the history of education in Europe and in America since the Reformation will show that the movement towards nature study has been acc.u.mulating momentum for more than three hundred years. In spite of the failure of such men as Comenius, Ratich, Basedow, and Rousseau to secure the introduction of these studies in a liberal degree, in spite of the enormous influence of custom and prejudice in favor of Latin and other traditional studies, the natural sciences have made recently such surprising advances and have so penetrated and transformed our modern life that we are simply compelled, even in the common school, to take heed of these great, living educational forces already at work.

The _universities_ of England and of the United States have been largely transformed within the last forty years by the introduction, on a grand scale, of modern studies, particularly of the natural sciences.

The fitting schools, academies, and high schools have had no choice but to follow this lead. Since the forces that produced this result in higher education sprang up largely outside of our inst.i.tutions of learning, the movement is not likely to cease till the common school has been changed in the same way. The educational question of the future is not whether historical or natural science or formal studies are to monopolize the school course, but rather how these three indispensable elements of every child's education may be best harmonized and wrought into a unit.

But the question that confronts us at every turn is, _What is the disciplinary value of nature study_? We know, say the opponents, what a vigorous training in ancient languages and mathematics can do for a student. What results in this direction can the natural sciences tabulate? The champions of natural science point with pride to the great men who have been trained and developed in such studies. For inductive thinking the natural sciences offer the best materials. To cultivate self-reliance there is nothing like turning a student loose in nature under a skilled instructor. The spirit of investigation and of accurate thinking is claimed as a peculiar product of nature study.

It is called, _par excellence_, "the scientific spirit." The undue reverence for authority produced by literary studies is not a weakness of natural science pursuits. But intense interest and devotion are combined with scientific accuracy and fidelity to nature and her laws.

We do not feel called upon to attempt a settlement of this dispute. We have already a.s.sumed that _history_ in the broad sense (including languages) and _natural science_ (or nature study) are the two great staples of the common school course, and that so far as discipline is concerned one is as important as the other. But we believe that those educators whose first, middle, and last question in education is, "What is the _disciplinary_ value of a study?" have mistaken the primary problem of education. Just as in the proper training of the body, the strength and skill of a professional athlete are, in no sense, the true aim, but physical soundness, health, and vigor; so in mind culture, not extraordinary skill in mental gymnastics of the severest sort, is the essential aim, but mental soundness, integrity, and motive. The under-lying question in education is not, How strong or incisive is his mind? (This depends largely upon heredity and native endowment) but, What is its quality and its temper? If might is right, then mental strength is to be gained at all hazards. But if right is higher than might, then mental skill and power are only secondary aims. So long as we are dealing with fundamental aims in such a serious business as education, why stop short of that ideal which is manifestly the best?

We have no controversy with the highest mental discipline and strength that are consistent with all-round mental soundness. Our better teachers are not lacking in appreciation for the value of what is called _formal mental discipline_, but they do generally lack faith in the innate power of the best studies to arouse interest and mental life. They emphasize the _drill_ more than the _content_ and the inspiration of the author. Both in theory and in practice they are greatly lacking in the intellectual sympathy and moral power which result from bringing the minds of students into direct contact with the n.o.blest products of G.o.d's work in history and in the object world.

Here we can put our finger on the radical weakness of our school work.

The really soul-inspiring teachers have not been formalists nor drill-masters alone. Friedrich August Wolf, for example, the great German philologist, was probably the most inspiring teacher of cla.s.sical languages that Germany has had. But to what was his remarkable influence as a teacher of young men due? We usually think of a philologist as one who digs among the roots of dead languages, who wors.h.i.+ps the forms of speech and the laws of grammar. Doubtless he and his pupils were much taken up with these things, but they were not the prime source of his and their interest. Wolf defined philology as "the knowledge of human nature as exhibited in antiquity." He studied with great avidity everything that could throw light upon the lives, character, and language of the ancients. Their biographies, histories, geography, climate, dress, implements, their sculpture, monuments, buildings, tombs. Approaching the literature and language of the Greeks with this abundant knowledge of their real surroundings and conditions of life, he saw the deeper, fuller significance of every cla.s.sical author and the great literary masterpieces were perceived as the expression of the national life. He appreciated language as the wonderful medium through which the more wonderful life of the versatile Greek expressed itself. The reason he was such a great philologist was because he was so great a realist, a man who was intensely interested in the Greek people, their history and life. Words alone had little charm for him. No great teacher has been simply a word-monger.

For the present we leave the question of discipline unanswered, though we are disposed to think that those studies which introduce children to the two great fields of real knowledge, and which arouse a strong desire to solve the problems found there, will also furnish the most valuable discipline.

The _formal studies_ such as reading, spelling, writing, language, and much of arithmetic, have thus far appropriated the best share of school time. They are the tools for acquiring and formulating knowledge rather than knowledge itself. They are so indispensable in life that people have acquired a sort of superst.i.tious respect for them. They are generally considered as of primary importance while other things are taken as secondary. By virtue of this excessive estimation the formal studies have become so strongly intrenched in the practice of the schools that they are really a heavy obstacle to educational progress. They have been so long regarded as the only gateway to knowledge that anyone who tries to climb in some other way is regarded as a thief and robber. We forget that Homer's great poems were composed and preserved for centuries before letters were invented. As more thought is expended on studies and methods of learning, the more the thinkers are inclined to exactly reverse the educational machinery.

They say: "Thought studies must precede form studies." We should everywhere begin with valuable and interesting thought materials in history and natural science and let language, reading, spelling, and drawing follow. It is a thing much more easily said than done, but many active teachers are really doing it, and many others are wondering how it may be done. The advantage of putting the concrete realities of thought before children at first is that they give a powerful impetus to mental life, while pure formal studies in most cases have a deadening effect and gradually put a child to sleep. One of the great problems of school work is how to get more interest and instructive thought into school exercises.

We are now in a position to give a concluding estimate upon the relative value of these three elements in school education. History contributes the materials from which motives and moral impulses spring.

It cultivates and strengthens moral convictions by the use of inspiring examples. The character of each child should be drawn into harmony with the highest impulses that men have felt. A desire to be the author of good to others should be developed into a practical ruling motive. Natural science on the other hand supplies a knowledge of the ordinary means and appliances by which the purposes of life are realized. It gives us proper insight into the conditions of life and puts us into intelligent relation to our environment. Not only must a child be supplied with the necessaries of life but he must appreciate the needs of health and understand the economies of society, such as the necessity of mental and manual labor, the right use of the products and forces of nature, and the advantage of men's inventions and devices. In a plan of popular education these two culture elements should mingle (history and natural science). In the case of all sorts of people in society the ability to execute high moral purposes depends largely upon a ready, practical insight into natural conditions. We are not thinking of the bread-and-b.u.t.ter phase of life and of the aid afforded by the sciences in making a living, but of the all-round, practical utility of natural science as a necessary supplement to moral training.

One of the best tests of a system of education is the preparation it gives for life in a liberal sense. When a child, leaving school behind, develops into a citizen, what tests are applied to him? The questions submitted to his judgment in his relations to the family and to society call for a quick and varied knowledge of men, insight into character, and for a large amount of practical information of natural science. He is asked to vote intelligently on social, political, sanitary, and economic questions; to judge of men's motives, opinions, and character; to vote upon or perhaps to direct the management of poor-houses, asylums, and penitentiaries; in towns to decide questions of drainage, police, water supply, public health, and school administration; to make contracts for public buildings, and bridges; to grant licenses and franchises; to serve on juries or as representatives of the people. These are not professional matters alone; they are the common duties of all citizens of a sound mind. These things each person should know how to judge, whether he be a blacksmith, a merchant, or a house keeper. In all such matters he must be not only a judge of others but an actor under the guidance of right motives and information. Again, in the bringing up of children, in the domestic arrangements of every home and in a proper care for the minds and bodies of both parents and children, a mult.i.tude of practical problems from each of the great fields of real knowledge must be met and solved.

A medical missionary ill.u.s.trates this combination of historical and natural science elements. His life purpose is drawn from history, from the life of Christ, and from the traditional incentives of the church.

The means by which he is to make himself practically felt are obtained from his study of medicine and from the sciences upon which it depends.

These elements form the basis of his influence. This ill.u.s.tration however savors of professional rather than of general education, and we are concerned only with the latter. But the education of every child is a.n.a.logous to that of the medical missionary in its two const.i.tuent elements.

As a matter of fact neither history nor natural science occupies any such prominence in the school course as we have judged fitting. Much thoughtful study, experience in teaching, and pioneer labor in partially new fields will be necessary in order to bring into existence such a course of study based upon the best materials. Many teachers already recognize the necessity for it and see before them a land of plenty as compared with the half-desert barrenness revealed in our present school course.

Two powerful convictions in the minds of those responsible for education have contributed to produce this desert-like condition in children's school employments, and this brings us to a discussion of the overestimation in which purely _formal studies_ are held. The first article of faith rests upon the unshaken belief in the _practical studies_, reading, writing, and arithmetic. They are still looked upon as a barrier that must be scaled before the real work of education can begin. Learn to read, write, and figure and then the world of knowledge as well as of business is at your command. But many children find the barrier so difficult to scale that they really never get into the fields of knowledge. Many of our most thorough-going educators still firmly believe that a child can not learn anything worth mentioning till he has first learned to read. But however deeply rooted this confidence in the purely formal work of the early school years may be, it must break down as soon as means are devised for putting the realities of interesting knowledge before and underneath all the forms of expression. Let the necessity for expression spring from the real objects of study. Those children to whom the memorizing and drill upon forms of expression becomes tedious deserve our sympathy. There is a kind of knowledge adapted to arouse these dull ones to their full capacity of interest. "Or what man is there of you whom if his son ask bread will he give him a stone?" With many a child the first reader, the arithmetic, or the grammar becomes a veritable stone. There is no good reason why the sole burden of work in early school grades should rest upon the learning of the pure formalities of knowledge. Children's minds are not adapted to an exclusive diet of this kind. The fact that children have good memories is no reason why their minds should be gorged with the dryest memory materials. They have a healthy interest in people, whether in life or in story, and in the objects in nature around them. What is thus pre-eminently true of the primary grades is true to a large extent throughout all the grades of the common school. It seems almost curious that the more tender the plants the more barren and inhospitable the soil upon which they are expected to grow. Fortunately these little ones have such an exuberance of life that it is not easily quenched. Formal knowledge stands first in our common school course and real studies are allowed to pick up such crumbs of comfort as may chance to fall. We believe in formal studies and in their complete mastery in the common school, but they should stand in the place of service to real studies. How powerful the tendency has been and still is toward pure formal drill and word memory is apparent from the fact that even geography and history, which are not at all formal studies, but full to overflowing with interesting facts and laws, have been reduced to a dry memorizing of words, phrases, and stereotyped sentences.

It is not difficult to understand why the numerous body of teachers, who easily drift into mechanical methods, has a preference for formal studies. They are comparatively easy and humdrum and keep pupils busy.

Real studies, if taught with any sort of fitness, require energy, interest, and versatility, besides much outside work in preparing materials.

The second article of faith is a still stronger one. The better cla.s.s of energetic teachers would never have been won over to formal studies on purely utilitarian grounds. A second conviction weighs heavily in their minds. "_The discipline of the mental faculties_" is a talisman of unusual potency with them. They prize arithmetic and grammar more for this than for any direct practical value. The idea of mental discipline, of training the faculties, is so ingrained into all our educational thinking that it crops out in a hundred ways and holds our courses of study in the beaten track of formal training with a steadiness that is astonis.h.i.+ng. These friends believe that we are taking the back-bone out of education by making it interesting. The culmination of this educational doctrine is reached when it is said that the most valuable thing learned in school or out of it is to do and do vigorously that which is most disagreeable. The training of the will to meet difficulties unflinchingly is their aim, and we can not gainsay it. These stalwart apostles of educational hards.h.i.+p and difficulty are in constant fear lest we shall make studies interesting and attractive and thus undermine the energy of the will. But the question at once arises: Does not the will always act from _motives_ of some sort? And is there any motive or incentive so stimulating to the will as a steady and constantly increasing _interest_ in studies? It is able to surmount great difficulties.

We wish to a.s.sure our stalwart friends that we still adhere to the good old doctrine that "there is no royal road to learning." There is no way of putting aside the real difficulties that are found in every study, no way of grading up the valleys and tunneling through the hills so as to get the even monotony of a railroad track through the rough or mountainous part of education. Every child must meet and master the difficulties of learning for himself. There are no palace cars with reclining chairs to carry him to the summit of real difficulties. The _character-developing power_ that lies in the mastery of hard tasks const.i.tutes one of their chief merits. Accepting this as a fundamental truth in education, the problem for our solution is, how to stimulate children to encounter difficulties. Many children have little inclination to sacrifice their ease to the cause of learning, and our dull methods of teaching confirm them in their indifference to educational incentives. Any child, who, like Hugh Miller or Abraham Lincoln, already possesses an insatiable thirst for knowledge, will allow no difficulties or hards.h.i.+ps to stand in the way of progress.

This original appet.i.te and thirst for knowledge which the select few have often manifested in childhood is more valuable than anything the schools can give. With the majority of children we can certainly do nothing better than to nurture such a taste for knowledge into vigorous life. It will not do to a.s.sume that the average of children have any such original energy or momentum to lead them to scale the heights of even ordinary knowledge. Nor will it do to rely too much upon a _forcing process_, that is, by means of threats, severity, and discipline, to carry children against their will toward the educational goal.

"Be not like dumb driven cattle, Be a hero in the strife"

is sound educational doctrine.

The thing for teachers to do is to cultivate in children all healthy appet.i.tes for knowledge, to set up interesting aims and desires at every step, to lead the approach to different fields of knowledge in the spirit of conquest.

In the business world and in professional life men and women work with abundant energy and will because they have desirable ends in view. The hireling knows no such generous stimulus. Business life is full of irksome and difficult tasks but the aim in view carries people through them. We shall not eliminate the disagreeable and irksome from school tasks, but try to create in children such a spirit and ambition as will lead to greater exertions. To implant vigorous aims and incentives in children is the great privilege of the teacher. We shall some day learn that when a boy cracks a nut he does so because there may be a kernel in it, not because the sh.e.l.l is hard.

In concluding the discussion of relative values we will summarize the results.

_History_, in the liberal sense, surveys the field of human life in its typical forms and furnishes the best ill.u.s.trative moral materials.

_Nature study_ opens the door to the real world in all its beauty, variety, and law. The _formal studies_ const.i.tute an indispensable part of useful and disciplinary knowledge, but they should occupy a secondary place in courses of study because they deal with the _form_ rather than with the _content_ of the sciences. It is a fundamental error to place formal studies in the center of the school course and to subordinate everything to their mastery. History and natural science, on the contrary, having the richest knowledge content, const.i.tute a natural center for all educative efforts. They make possible a strong development of will-energy because their interesting materials furnish strong and legitimate incentives to mental activity and an enlarged field and opportunity to voluntary effort in pursuit of clear and attractive aims.

CHAPTER III.

NATURE OF INTEREST.

By interest we mean the natural bent or inclination of the mind to find satisfaction in a subject when it is properly presented. It is the natural attractiveness of the subject that draws and holds the attention. Interest belongs to the feelings but differs from the other feelings, such as desire or longing for an object, since it is satisfied with the simple contemplation without asking for possession.

The degree of interest with which different kinds of knowledge are received, varies greatly. Indeed, it is possible to acquire knowledge in such a manner as to produce dislike and disgust. A proper interest in a subject leads to a quiet, steady absorption of the mind with it, but does not imply an impetuous, pa.s.sionate, and one-sided devotion to one thing. Interest keeps the mind active and alert without undue excitement or partiality.

It would be well if every study and every lesson could be sustained by such an interest as this. It would be in many cases like lubricating oil poured upon dry and creaking axles. Knowledge might then have a flavor to it and would be more than a consumption of certain facts and formulas coldly turned over to the memory machine. The child's own personality must become entangled in the facts and ideas acquired.

There should be a sort of affinity established between the child's soul and the information he gains. At every step the sympathy and life experiences from without the school should be intertwined with school acquisitions. All would be woven together and permeated by _feeling_.

We forget that the feelings or sensibilities awakened by knowledge are what give it personal significance to us.

The interest we have in mind is _intrinsic_, native to the subject, and springs up naturally when the mind is brought face to face with something attractive. The things of sense in nature and the people whom we see and read about, have a perennial and inexhaustible attraction for us all. It is among these objects that poets and artists find their materials and their inspiration. For the same reason the pictures drawn by the artist or poet have a charm which does not pa.s.s away. They select something concrete and individual; they clothe it with beauty and attractiveness; they give it some inherent quality that appeals to our admiration and love. It must call forth some esthetic or moral judgment by virtue of its natural quality. Like luscious grapes the objects presented to the thought of the children should have an unquestionable quality that is desirable.