of science itself but as the pupils grow more mature it is also the surest road to the understanding of the economic and industrial problems of present society. For they are the products to a very large extent of the application of science in production and distribution of commodities and services, while the latter processes are the most important factor in determining the present relations of human beings and social groups to one another. It is absurd, then, to argue that processes similar to those studied in laboratories and institutes of research are not a part of the daily life- experience of the young and hence do not come within the scope of education based upon experience. That the immature cannot study scientific facts and principles in the way in which mature experts study them goes without saying. But this fact, instead of exempting the educator from responsibility for using present experiences so that learners may gradually be led, through extraction of facts and laws, to experience of a scientific order, sets one of his main problems.
For if it is true that existing experience in detail and also on a wide scale is what it is because of the application of science, first, to processes of production and distribution of goods and services, and then to the relations which human beings sustain socially to one another, it is impossible to obtain an understanding of present social forces (without which they cannot be mastered and directed) apart from an education which leads learners into knowledge of the very same facts and principles which in their final organization constitute the sciences. Nor does the importance of the principle that learners should be led to acquaintance with scientific subject-matter cease with the insight thereby given into present social issues. The methods of science also point the way to the measures and policies by means of which a better social order can be brought into existence. The applications of science which have produced in large measure the social conditions which now exist do not exhaust the possible field of their application. For so far science has been applied more or less casually and under the influence of ends, such as private advantage and power, which are a heritage from the institutions of a pre-scientific age.
We are told almost daily and from many sources that it is impossible for human beings to direct their common life intelligently. We are told, on one hand, that the complexity of human relations, domestic and international, and on the other hand, the fact that human beings are so largely creatures of emotion and habit, make impossible large-scale social planning and direction by intelligence. This view would be more credible if any systematic effort, beginning with early education and carried on through the continuous study and learning of the young, had ever been undertaken with a view to making the method of intelligence, exemplified in science, supreme in education. There is nothing in the inherent nature of habit that prevents intelligent method from becoming itself habitual; and there is nothing in the nature of emotion to prevent the development of intense emotional allegiance to the method.
The case of science is here employed as an illustration of progressive selection of subject-matter resident in present experience towards organization: an organization which is free, not externally imposed, because it is in accord with the growth of experience itself. The utilization of subject-matter found in the present life-experience of the learner towards science is perhaps the best illustration that can be found of the basic principle of using existing experience as the means of carrying learners on to a wider, more refined, and better organized environing world, physical and human, than is found in the experiences from which educative growth sets out. Hogben's recent work Mathematics for the Million, shows how mathematics, if it is treated as a mirror of civilization and as a main agency in its progress, can contribute to- the desired goal its surely as can the physical sciences. The underlying ideal in any case is that of progressive organization of knowledge. It is with reference to organization of knowledge that we are likely to find Either-Or philosophies most acutely active. In practice, if not in so many words, it is often held that since traditional education rested upon a conception of organization of knowledge that was almost completely contemptuous of living present experience, therefore education based upon living experience should be contemptuous of the organization of facts and ideas.
When a moment ago I called this organization an ideal, I meant, on the negative side, that the educator cannot start with knowledge already organized and proceed to lade it out in doses. But as an ideal the active process of organization facts and ideas is an everpresent educational process. No experience is educative that does not tend both to knowledge of more facts and entertaining of more ideas and to a better, a more orderly, arrangement of them. It is not true that organization is a principle foreign to experience. Otherwise experience would be so dispersive as to be chaotic. The experience of young children centers about persons and the home. Disturbance of the normal order of relationships in the family is now known by:' psychiatrists to be a fertile source of later mental, and: emotional troubles-- a fact which testifies to the reality of this kind of organization. One of the great advances in early school education, in the kindergarten and early grades, is that it preserves the social and human center of the organization of experience, instead of the older violent shift of the center of gravity. But one of the outstanding problems of education, as of music, is modulation. In the case of education, modulation means movement from a social and human center toward a more objective intellectual scheme of organization, always hearing in mind, however, that intellectual organization is not an end in itself but is the means by which social relations, distinctively human ties and bonds, may be understood and more intelligently ordered.
When education is based in theory and practice upon experience, it goes without saying that the organized subject-matter of the adult and the specialist cannot provide the starting point. Nevertheless, it represents the goal toward which education should continuously move. It is hardly necessary to say that one of the most fundamental principles of the scientific organization of knowledge is principle of cause-and-effect. The Hay in which this principle is grasped and formulated by the scientific specialist is certainly very different from the way in which can be approached in the experience of the young. But neither the relation nor grasp of its meaning is foreign to the experience of even the young child. When a child two or three years of age learns not to approach a flame too closely and yet to draw near enough a stove to get its warmth he is grasping and using the causal relation. There is no intelligent activity that does not conform to the requirements of the relation, and it is intelligent in the degree in which it is not only conformed to but consciously borne in mind.
In the earlier forms of experience the causal relation does not offer itself in the abstract but in the form of the relation of means employed to ends attained; of the relation of means and consequences. Growth in judgment and understanding is essentially growth in ability to form purposes and to select and arrange means for their realization. The most elementary experiences of the young are filled with cases of the means-consequence relation. There is not a meal cooked nor a source of illumination employed that does not exemplify this relation. The trouble with education is not the absence of situations in which the causal relation is exemplified in the relation of means and consequences. Failure to utilize the situations so as to lead the learner on to grasp the relation in the given cases of experience is, however, only too common. The logician gives the names "analysis and synthesis" to the operations by which means are selected and organized in relation to a purpose.
This principle determines the ultimate foundation for the utilization of activities in school. Nothing can be more absurd educationally than to make a plea for a variety of active occupations in the school while decrying the need for progressive organization of information and ideas. Intelligent activity is distinguished from aimless activity by the fact that it involves selection of means-analysis-out of the variety of conditions that are present, and their arrangement-synthesis-to reach an intended aim or purpose. That the more immature the learner is, the simpler must be the ends held in view and the more rudimentary the means employed, is obvious. But the principle of organization of activity in terms of some perception of the relation of consequences to means applies even with the very young. Otherwise an activity ceases to be educative because it is blind. With increased maturity, the problem of interrelation of means becomes more urgent. In the degree in which intelligent observation is transferred from the relation of means to ends to the more complex question of the relation of means to one another, the idea of cause and effect becomes prominent and explicit. The final justification of shops, kitchens, and so on in the school is not just that they afford opportunity for activity, but that they provide opportunity for the kind of activity or for