How to Study and Teaching How to Study Part 19

If, in addition to a close watch of the school life, the teacher finds energy to study the home life of her pupils, even to visit them in their homes, so as to become acquainted with their parents and their home conditions, she can gather many more suggestions for the application of school knowledge. If she then makes mention of such uses at fitting times, and also as a part of examinations calls upon pupils to report on uses actually made of facts learned, she can both secure much real use of knowledge acquired at school and at the same time cultivate responsibility for its further use.

CHAPTER IX.

PROVISION FOR A TENTATIVE RATHEE THAN A FIXED ATt.i.tUDE TOWARD KNOWLEDGE, AS A SEVENTH FACTOR IN STUDY.

A fixed att.i.tude toward facts and conclusions is harmful in several ways. The following incidents suggest how greatly it interferes with the usefulness of knowledge.

_Reasons why a fixed att.i.tude toward ideas is undesirable.

1. It interferes with the usefulness of knowledge._

A certain man living in one of the suburbs of Greater New York was commissioned by his wife to buy some flannel for her at one of the large department stores in the city. She knew exactly what she wanted, for she had already purchased some of the goods at this store. So she gave her husband a sample, with the explicit directions, emphasized, that the new piece should be of exactly the same quality, with white edges, and one yard wide.

On arriving at the right counter, the man delivered his sample and gave his order. But, after some searching, the clerk said, "The exact thing that you want has all been sold; but I have here just the right piece," throwing down a bolt, "except that it is slightly coa.r.s.er.

Could you take that?" Recalling his wife's instructions, the man replied, "No," somewhat doubtfully.

After more searching the clerk said, "Well, I have here a piece of just the desired quality, and one yard wide, only it has red edges.

Could you not use that?" and he threw another bolt down on the counter. Again, remembering the emphasis on the directions received, the man responded weakly, "No, I think not."

Finally, after further search, the clerk produced a third bolt, with the remark, "This will probably suit you. It is the exact quality that you want, and has white edges. The only objection is that it is not quite a yard wide. Can you not take it?" When for a third time the hesitating response came, "I think not," the clerk turned away with an expression of disgust for his customer, mingled with sorrow and pity.

Although the man had done his best, he did not feel sure of his wife's approval on his return home. When she asked for his purchase he stated that he had failed to make it, and explained the circ.u.mstances.

"Well," she replied, "but why didn't you use your own judgment and take one of the other pieces?" To which he responded, "I understood that I was not expected to use any judgment. You strongly emphasized the fact that you wanted material exactly like the sample, with white edges and just one yard wide. You told me nothing about what was to be made out of the goods. How, then, was I in a position to do anything more than to follow your exact directions?" That ended the discussion; but the need of less fixedness in instructions given was strongly impressed upon the husband, and a similar need in the following of instructions was equally impressed upon the wife. They were thus agreed as to the desirableness of some adaptability in one's ideas.

A certain cla.s.s of girls was learning to make French cream candy, and the recipe for the same, namely,

1 cup of sugar, 1/3 cup of water, 1 salt-spoon of cream of tartar.

was placed on the board for them to follow. After reading the recipe and listening to some directions from the teacher, including special emphasis on accuracy of measurements, the cla.s.s set to work and produced some candy that even the visitors were glad to eat.

The recipe seemed so simple that one of the visitors a few days later proposed to his little daughter that they make some French cream candy at home. They measured out a cup of sugar and one-third of a cup of water; but there was a halt when it was discovered that there was no salt-spoon in the house. The man's wife came to their rescue, however, by giving them some idea of the size of such a spoon. Then it was found that they had no cream of tartar. On further consultation with the wife it was learned for the first time that the object of cream of tartar was to prevent too quick granulation, and that probably some other acid-like substance, such as vinegar or lemon juice, might do just as well. So a small amount of vinegar was used instead, and reasonably good candy was produced.

In a later attempt the exact amount of water necessary to a cup of sugar had been forgotten, and too much water was used; but by boiling the mixture longer, excellent candy was made. As a result of these experiments it was found that only enough water was needed to dissolve the sugar, and that any one of several other things would do as well as cream of tartar to prevent granulation. Without this knowledge there would be many a family which, either on account of bad memory of proportions or of want of certain materials, could make no use of the recipe. Such knowledge secured some adaptability or flexibility in the directions, thereby greatly extending their use.

One of the common objections to preparing lesson plans for teaching is that they can seldom be followed. More than that, it is declared, children have such a disappointing way of doing and saying the unexpected, that a carefully memorized lesson plan is likely to hinder the teacher in adapting herself to her pupils, and on that account may do more harm than good.

These objections contain much truth; and if preparing a lesson plan means mapping out only one fixed procedure, they may be entirely valid. That is not, however, what such preparation should signify. One of the princ.i.p.al objects of making one plan is to think out others, that may be followed or not as occasion demands. That kind of preparation, instead of tying a teacher's hands, keeps her superior to any fixed course and gives freedom to deal skillfully with almost any kind of response.

These examples may be sufficient to show that a fixed att.i.tude toward directions and plans, or toward knowledge in general, is a serious barrier to its application. The conditions are always changing, and one's ideas must be capable of corresponding modification if their full use is to be enjoyed.

_2. It is opposed to progress._

Our att.i.tude toward knowledge is intimately related also to the progress that we make; a fixed state of mind precludes reflection about one's course by precluding a feeling of its need. Men frequently show blindness to new truth. Boss politicians count upon from eighty to eighty-five per cent of all voters "standing pat" and voting according to party, no matter what facts may be discovered against one candidate and in favor of another. This fact is what gives the bosses their security. It was thought to be a wonderful sign of progress a few years ago when sixty thousand out of six hundred thousand voters in a certain election in Ma.s.sachusetts ignored party lines and voted according to the merits of the candidate. One reason that we have so many mediaeval educational inst.i.tutions is that persons in control have so many fixed ideas. There are few colleges and universities to- day, for instance, in which courses that prepare young women for home- keeping, such as domestic science and domestic art, receive credit toward a degree. Progressive changes in any line are conditioned upon sensitiveness toward changing circ.u.mstances and new ideas, and a fixed att.i.tude is directly opposed to such responsiveness.

_3. It is opposed to peace and happiness._

History is full of instances of the extent to which intolerance resulting from fixed convictions may carry people. Innumerable murders and many wars, entailing untold suffering, have found their princ.i.p.al cause in religious bigotry. Educational and political bigotry are likewise sources of much bad feeling and unhappiness. Family disputes, as between father and son, are in large measure due to too great fixedness of views and opinions; and much of the discontent of old age is found in the inability of old people to abandon their old-fas.h.i.+oned notions, so as to adjust themselves to new conditions and enjoy them.

A fixed att.i.tude toward ideas is, therefore, far from an unmixed virtue; it seriously limits the usefulness of knowledge; it greatly checks progress; and it strongly opposes peace and happiness.

_4. It finds little justification in the nature of knowledge._

Finally, a fixed att.i.tude toward ideas finds little justification in the nature of knowledge. If supposed facts were always true, and if they were always truly understood, a fixed state of mind toward them might still find justification; but that is far from the case.

Probably some things are true for all time, such, for example, as the facts of the multiplication table, propositions in geometry, and some of the laws of physics. But perfect reliability is attached to very little of our knowledge. Some of the fundamental propositions in the exact sciences of physics and chemistry are only hypotheses, that have undergone extensive modification in recent years. Political opinions are subject to constant change. Sixty years ago the secret ballot was feared as one of the worst of evils, lest voters might then wreak awful vengeance upon those in authority; now its desirability is unquestioned.

So many new ideas have become established in recent years about the nature of childhood, the aims of the school, and even the use of school buildings, that education is a radically different field from what it was only twenty years ago. In the same way, facts in all lines are ever undergoing modification, and evolution prophesies such modification through all time to come. Even our statements of scientific law, instead of being final, only express man's interpretation of unvarying phenomena of nature, and are subject to error, like all other work of man. Huxley declares that "the day-fly has better grounds for calling a thunder storm supernatural than has man, with his experience of an infinitesimal fraction of duration, to say that the most astonis.h.i.+ng event that can be imagined is beyond the scope of natural causes." [Footnote: T. H. Huxley, _Life of Hume,_ p.

132.] Even within the field of science, therefore, we can never feel sure that the last word has been said, and the best established conclusions may have to submit to correction.

Turning from the better established fields of knowledge to such other facts as influence daily life, we find them to be remarkably uncertain. The facts about the weather, that guide the farmer, for instance, are only beginning to be fully known, and consequent miscalculations in the planning and the care of crops are without limit. In ordering goods only six months in advance, the merchant must be controlled by probabilities, many of which are only narrowly distinguishable from guesses. The facts that establish friends.h.i.+ps are frequently still less tangible, blind feelings of affinity and faith alone being not seldom the basis of the attraction. Thus our so-called knowledge ranges all the way from ideas that possess a very high degree of probability to those that are a product of faith and hope, the greater portion of them approaching the latter. More than that, even in cases where the statements of principles, as in physics and ethics, seem thoroughly reliable, the variety of their application is so great and any individual's horizon is so narrow, that errors in their application to concrete cases must be very common. Correct theory about any matter by no means carries with it the correct application of that theory, as every one finds out sooner or later. It follows, then, that the highest wisdom represents only a rough approximation to the truth, and that ordinary facts are more nearly hypotheses than certainties. Since, therefore, so few ideas are fully reliable and unalterably fixed, a settled att.i.tude toward them is undesirable, not only because it is opposed to utility, growth, and happiness, but because it finds no warrant in the real nature of knowledge.

_The proper att.i.tude toward knowledge._

What, then, is the proper att.i.tude toward knowledge? While one should not be ultra-conservative, as though everything were finally settled, neither should one be ultra-radical, as though nothing were established; bigotry and skepticism are alike to be condemned.

The ideal state of mind is ill.u.s.trated by leaders in industrial pursuits, like manufacturing. They confidently make the fullest possible use of existing knowledge pertaining to their business, including the latest inventions, while they keep a very careful lookout for further improvements. That is, they preserve an unprejudiced, open mind toward both the old and the new. It is just such a tentative att.i.tude toward knowledge that all people should cultivate. So much of the old is defective, and so much new truth may come to light at any moment, that the fair, judicial mind is always in demand, a mind that is ever ready for new adjustments and that weighs and decides solely according to evidence. Colonel F. W. Parker used to declare that the grandest discovery of the nineteenth century was the _suspended judgment._ Yet this att.i.tude is one that has long been insisted upon as essential to the scientist; indeed, it is most generally called the scientific att.i.tude. It is strange, however, that those fields in which facts are best established should be the ones in which the importance of a tentative att.i.tude is most emphasized. One would think that its worth for the non-scientific man would be far greater, for the facts that he hears about people and things, which guide him daily, are far less reliable, and his consequent necessity of changing his views is much more frequent.

_The relation of this att.i.tude to energetic action._

While a tentative att.i.tude toward knowledge may be of great importance for the scientist or theoretical student, may it not be even harmful to the ordinary person? Force or energy is one of the chief requirements in the world of action; and if a person becomes much impressed with the unreliability of his ideas, as seems necessary in the cultivation of a tentative att.i.tude, may he not come finally to lack decision and energy? Certainly we now and then see examples of indecision and half-hearted action, due at least in part to appreciation of opposing points of view and to consequent uncertainty of conclusions.

There may be such a danger; but it is, on the whole, to be courted rather than avoided; for, while examples of indecision are sometimes seen, examples of too decided convictions and of excessive energy in pus.h.i.+ng them are far more common. It is not mere action that is wanted, but _safe_ action. Force must be under the guidance of reason if it is to be free from danger, and reason is hardly possible without an interested but impartial att.i.tude toward evidence. Possibly the energy of educators would be at least temporarily increased if they formulated and subscribed to definite educational creeds; but the partiality that would thus be encouraged would soon lead to strife and wasted effort.

A tentative att.i.tude undoubtedly does limit activity somewhat, but only as good judgment limits it, for it is one of the leading factors in such judgment. It tends to eliminate misguided effort, and to check other action until its object is found to be worthy. Each of these effects is highly desirable.

On the other hand, there is no reason why it should be expected to diminish energy after favorable judgment on a project has been pa.s.sed.

It does not imply indifference or any lack of devotion; it merely favors the subordination of enthusiasm to insight, and delays expression of the former till the latter has given lief. The result is likely to be greater and better sustained effort than otherwise, because the tested excellence of the cause must be a source of inspiration and will help to carry one through discouraging intervals.

Was.h.i.+ngton and Lincoln were both distinguished for freedom from blind prejudices and corresponding openness to the influence of new ideas; but they were also distinguished for uncommon energy and firmness in the pursuit of their main purposes. A tentative att.i.tude toward ideas is, therefore, a real aid to energetic action in all but unworthy and doubtful causes; in these cases it is a very desirable hindrance.

[Footnote: For a valuable discussion of this general topic, see J. W, Jenks' _Citizens.h.i.+p and the Schools,_ particularly Chapter I.]

HOW THIS MATTER CONCERNS CHILDREN

A receptive state of mind is supposed to be one of the peculiar merits of children. Indeed, they are so sympathetic with any view that the last presentation that they happen to hear in regard to a disputed matter is likely to be the one that they accept. It might seem, therefore, that there is no need of emphasizing the importance of open-mindedness as a factor in their education. That is far from the case, however. Children are peculiarly open-minded toward many things; but it is mainly those that they have had no previous opportunity to learn about. It is hard to take sides on a matter that you have never heard of. But the test of an impartial mind is found in those matters that are already somewhat familiar, so that one has already had some temptation to choose a side. Note how children act in such cases. How readily they declare allegiance to the political party of their fathers and shout with all the vehemence of stand-patters! How stubbornly they insist upon their teacher's method of solving problems in arithmetic when their parents undertake to a.s.sist them by showing a better way! They are nearly as intolerant as their parents on such occasions. How hastily they take sides in disputes among friends! And how very frequently their impatience with the statements and opinions of their companions gets them into quarrels and fights!

When we recall the great variety of decisions that they reach in daily life, and the impulsiveness with which many of them are made and supported, it becomes evident that precautions against prejudice and intolerance are not at all out of place in their education. The need is emphasized, too, when we realize that many persons adopt inflexible views on so great a number of disputed questions, that they show signs of becoming old fogies quite early in life. "Old fogyism begins at an earlier age than we think," says Professor James. "I am almost afraid to say so, but I believe that in the majority of human beings it begins at about twenty-five." [Footnote: _Talks to Teachers,_ p.

160.] If instances of intolerance become numerous enough to begin to cla.s.s a majority of us as old fogies at this age, certainly many tendencies toward a fixed state of mind must appear and need treatment at a much earlier age.

The matter is of special importance with young children, owing to the nature of the school curriculum during the early years of school.

Beginning reading, writing, and spelling are systems of conventional signs, where authority and not reason decides what is right.

Arithmetic, also, consists of absolutely definite, indisputable facts.

Thus the facts in the three R's and spelling, which make up most of the curriculum in the majority of schools for the earlier years, show no flexibility whatever. They must be learned as fixed things, and they tend to give the impression that the definiteness and finality belonging to them are to be expected in all subjects. This impression is strengthened, too, rather than destroyed, by the behavior of average parents. The conditions are, therefore, very favorable for the development of snap judgments and fixed att.i.tudes among children, unless such influences are counteracted by very careful training.