The Science of Human Nature - William Henry Pyle (rocket ebook reader .TXT) 📗

on the part of the pupils. This will help the pupils to get the facts cleared up and will help the teacher to find out whether the pupils have the facts right.

The first part of the recitation should also be a time for questions. Everything should now be made clear, if there are any errors or misunderstandings on the pupil’s part. Of course any procedure in a recitation should depend upon the nature of the material and to some extent on the stage of advancement of the pupil; but in general such a procedure as that just outlined will be most satisfactory and economical: first clear initial presentation by the teacher; then reading and study on the part of the pupil, and third, discussions on the following day.

Teachers should also endeavor to show students how to study to the best advantage. Pupils do not know how to study. They do not know what to look for, and do not know how to find it after they know what they are looking for. They should be shown. Of course, some of them learn without help how to study. But some never learn, and it would be a great saving of time to help all of them master the arts of study and memorizing.

A very important factor in connection with memory is the matter of meaning. If a person will try to memorize a list of nonsense words, he will find that it is much more difficult than to memorize words that have meaning. This is a significant fact. It means that as material approaches nonsense, it is difficult to memorize. Therefore we should always try to grasp the meaning of a thing, its significance. In science, let us always ask, what is the meaning of this fact? What bearing does it have on other facts? How does it affect the meaning of other facts?

Kinds of Memories. We should not speak of memory as if it were some sort of power like muscular strength. We should always speak of memories. Memories may be classified from several different points of view: A classification may be based on the kind of material, as memory for concrete things, the actual objects of experience, on the one hand, and memory for abstract material, such as names of things, their attributes and relations, on the other. Again, we can base a classification on the type of ideation to which the material appeals, as auditory memory, visual memory, motor memory. We can also base a classification on the principle of meaning. This principle of classification would give us at least three classes: memory for ideas as expressed in sentences, logical memory; memory for series of meaningful words not logically related in sentences, rote memory; memory for series of meaningless words, a form of rote memory. This classification is not meant to be complete, but only suggestive. With every change in the kind of material, the method of presenting the material to the subject, or the manner in which the subject deals with the material, there may be a change in the effectiveness of memory.

While these different kinds or aspects of memory may have some relation to one another, they are to some extent independent. One may have a good rote memory and a poor logical memory, or a poor rote memory and a good logical memory. That is to say, one may be very poor at remembering the exact words of a book, but be good at remembering the meaning, the ideas, of the book. One may be good at organizing meaningful material but poor at remembering mere words. On the other hand, these conditions may be reversed; one may remember the words but never get the meaning. It is of course possible that much of this difference is due to habit and experience, but some of the difference is beyond doubt due to original differences in the nervous system and brain. These differences should be determined in the case of all children. It is quite a common thing to find a feeble-minded person with a good rote memory, but such a person never has a good logical memory. One can have a good rote memory without understanding, one cannot have a good logical memory without understanding.

Let us now ask the question, why can one remember better words that are connected by logical relations than words that have no such connection? If we read to a person a list of twenty nonsense words, the person can remember only two or three; but if a list of twenty words connected in a sentence were read to a person, in most cases, all of them would be reproduced. The reason is that the words in the latter case are not new. We already know the words. They are already a part of our experience. We have had days, perhaps years, of experience with them. All that is now new about them is perhaps a slightly new relation.

Moreover, the twenty words may contain but one, or at most only a few, ideas, and in this case it is the ideas that we remember. The ideas hold the words together. If the twenty words contain a great number of ideas, then we cannot remember all of them from one reading. If I say, “I have a little boy who loves his father and mother very much, and this boy wishes to go to the river to catch some fish,” one can easily remember all these words after one reading. But if I say, “The stomach in all the Salmonidæ is syphonal and at the pylorus are fifteen to two hundred comparatively large pyloric cœca”; although this sentence is shorter, one finds it more difficult to remember, and the main reason is that the words are not so familiar.

Memory and Thinking. What is the relation of memory to thinking and the other mental functions? One often hears a teacher say that she does not wish her pupils to depend on memory, but wishes them to reason things out. Such a statement shows a misunderstanding of the facts; for reasoning itself is only the recall of ideas in accordance with the laws of association. Without memory, there would be no reasoning, for the very material of thought is found to be the revived experiences which we call ideas, memories.

One of the first requisites of good thinking is a reliable memory. One must have facts to reason, and these facts must come to one in memory to be available for thought. If one wishes to become a great thinker in a certain field, he must gain experience in that field and organize that experience in such a way as to remember it and to recall it when it is wanted.

What one does deplore is memory for the mere words with no understanding of the meaning. In geometry, for example, a student sometimes commits to memory the words of a demonstration, with no understanding of the meaning. Of course, that is worse than useless. One should remember the meaning of the demonstration. If one has memorized the words only, he cannot solve an original problem in geometry. But if he has understood the meaning of the demonstration, then he recalls it, and is enabled to solve the problem. If one does not remember the various facts about the relationships in a triangle, he cannot solve a problem of the triangle until he has worked out and discovered the necessary facts. Then memory would make them available for the solution of the problem.

Memory and School Standing. That memory plays a large part in our life is evident; and, of course, it is an important factor in all school work. It matters not what we learn, if we do not remember it. The author has made extensive experiments to determine the relation that memory has to a child’s progress in school.

The method used was to give logical memory tests to all the children in a school and then rank the children in accordance with their abilities to reproduce the story used in the test. Then they were ranked according to their standing in their studies. A very high correlation was found. On the whole, the pupils standing highest in the memory tests were found to stand highest in their studies. It is true, of course, that they did not stand highest merely because they had good memories, but because they were not only better in memory, but were better in most other respects too. Pupils that are good in logical memory are usually good in other mental functions.

A test of logical memory is one of the best to give us an idea of the school standing of pupils. Not only is the retention of ideas of very great importance itself, but the acquiring of ideas, and the organizing of them in such a way as to remember them involves nearly all the mental functions. The one who remembers well ideas logically related, is the one who pays the closest attention, the one who sees the significance, the one who organizes, the one who repeats, the one who turns things over in his mind. A logical memory test is therefore, to some extent, a test of attention, association, power of organization as well as of memory; in a word, it is a test of mental power.

Other things being equal, a person whose power of retention is good has a great advantage over his fellows who have poor ability to remember. Suppose we consider the learning of language. The pupil who can look up the meaning of a word just once and remember it has an advantage over the person who has to look up the meaning of the word several times before it is retained. So in any branch of study, the person who can acquire the facts in less time than another person, has the extra time for learning something else or for going over the same material and organizing it better. The scientist who remembers all the significant facts that he reads, and sees their bearing on his problems, has a great advantage over the person who does not remember so well.

Of course, there are certain dangers in having a good memory, just as there is danger in being brilliant generally. The quick learner is in danger of forming slovenly habits. A person who learns quickly is likely to form the habit of waiting till the last minute to study his lesson and then getting a superficial idea of it. The slow learner must form good habits of study to get on at all.

Teachers and parents should prevent the bright children from forming bad habits of study. The person who learns quickly and retains well should be taught to be thorough and to use the advantage that comes from repetition. The quick learner should not be satisfied with one attack on his lesson, but should study the lesson more than once, for even the brilliant learner cannot afford to neglect the advantages that come from repetition. A person with poor memory and only mediocre ability generally can make up very much by hard work and by work that takes advantage of all the laws of economical learning. But he can never compete successfully with the person who works as hard as he does and who has good powers of learning and retention.

The author has found that in a large class of a hundred or more, there is usually a person who has good memory along with good mental ability generally, and is also a hard worker. Such a person always does the best work in the class. A person with poor memory and poor mental powers generally cannot hope to compete with a person of good memory, good mental powers generally, if that person is also a good worker.

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