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       William Henry Pyle

      The Science of Human Nature

      A Psychology for Beginners

      Published by Good Press, 2019

       [email protected]

      EAN 4057664174581

       CHAPTER I INTRODUCTION

       CLASS EXERCISES

       REFERENCES FOR CLASS READING

       CHAPTER II DEVELOPMENT OF THE RACE AND OF THE INDIVIDUAL

       CLASS EXERCISES

       REFERENCES FOR CLASS READING

       CHAPTER III MIND AND BODY

       CLASS EXERCISES

       REFERENCES FOR CLASS READING

       CHAPTER IV INHERITED TENDENCIES

       CLASS EXERCISES

       REFERENCES FOR CLASS READING

       CHAPTER V FEELING AND ATTENTION

       CLASS EXERCISES

       REFERENCES FOR CLASS READING

       CHAPTER VI HABIT

       CLASS EXERCISES

       REFERENCES FOR CLASS READING

       CHAPTER VII MEMORY

       CLASS EXERCISES

       REFERENCES FOR CLASS READING

       CHAPTER VIII THINKING

       CLASS EXERCISES

       REFERENCES FOR CLASS READING

       CHAPTER IX INDIVIDUAL DIFFERENCES

       MENTAL TESTS

       CLASS EXERCISES

       REFERENCES FOR CLASS READING

       CHAPTER X APPLIED PSYCHOLOGY

       CLASS EXERCISES

       REFERENCES FOR CLASS READING

       ALPHABETICAL LIST OF REFERENCES FOR CLASS READING

       GLOSSARY

       INDEX

       INTRODUCTION

       Table of Contents

      Science. Before attempting to define psychology, it will be helpful to make some inquiry into the nature of science in general. Science is knowledge; it is what we know. But mere knowledge is not science. For a bit of knowledge to become a part of science, its relation to other bits of knowledge must be found. In botany, for example, bits of knowledge about plants do not make a science of botany. To have a science of botany, we must not only know about leaves, roots, flowers, seeds, etc., but we must know the relations of these parts and of all the parts of a plant to one another. In other words, in science, we must not only know, we must not only have knowledge, but we must know the significance of the knowledge, must know its meaning. This is only another way of saying that we must have knowledge and know its relation to other knowledge.

      A scientist is one who has learned to organize his knowledge. The main difference between a scientist and one who is not a scientist is that the scientist sees the significance of facts, while the non-scientific man sees facts as more or less unrelated things. As one comes to hunt for causes and inquire into the significance of things, one becomes a scientist. A thing or an event always points beyond itself to something else. This something else is what goes before it or comes after it—is its cause or its effect. This causal relationship that exists between events enables a scientist to prophesy. By carefully determining what always precedes a certain event, a certain type of happening, a scientist is able to predict the event. All that is necessary to be able to predict an event is to have a clear knowledge of its true causes. Whenever, beyond any doubt, these causes are found to be present, the scientist knows the event will follow. Of course, all that he really knows is that such results have always followed similar causes in the past. But he has come to have faith in the uniformity and regularity of nature. The chemist does not find sulphur, or oxygen, or any other element acting one way one day under a certain set of conditions, and acting another way the next day under exactly the same conditions. Nor does the physicist find the laws of mechanics holding good one day and not the next.

      The scientist, therefore, in his thinking brings order out of chaos in the world. If we do not know the causes and relations of things and events, the world seems a very mixed-up, chaotic place, where anything and everything is happening. But as we come to know causes and relations, the world turns out to be a very orderly and systematic place. It is a lawful world;

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