Adapting a Secondary-School Program to the Needs of a CommunityDeveloping a High-School Curriculum. Paul R. Pierce

1942 ◽  
Vol 50 (8) ◽  
pp. 600-601
Author(s):  
E. C. Bolmeier
1955 ◽  
Vol 48 (6) ◽  
pp. 386-393
Author(s):  
E. P. Northrop

This article underlines the current dissatisfaction with the high school curriculum and, at the same lime, offers a few pointers for the next steps to be taken.


1945 ◽  
Vol 38 (6) ◽  
pp. 269-273
Author(s):  
S. L. Berman

How times have changed! A number of years ago, the educator who espoused the cause of increased mathematical study for secondary school pupils would have been tolerated in some quarters, considered eccentric in others, but would have been ignored completely or not too quietly ridiculed in most educational circles. Now, not only are schoolmen deeply interested in the extension of mathematical education, but their concern is not limited to related mathematics or to social mathematics. It has been rediscovered that there is a place in the high school curriculum for the traditional sequential courses in mathematics, a place of importance in the world of tomorrow.


1925 ◽  
Vol 18 (6) ◽  
pp. 333-340
Author(s):  
David Eugene Smith

The National Committe on Mathematical Requirements served, through its report, to stimulate inquiry on the part of those who know something about the problem of mathematics in the secondary school. The commission appointed by the College Entrance Examination Hoard, through its report, confirmed the important findings of the National Committee, and did much to eliminate the obsolete material in the high-school curriculum and to substitute therefor a more modern type of algebra, geometry, and trigonometry. It will take some time for schools and teachers to adjust the courses in mathematics to meet the recommendations of these bodies, to eliminate the over-drill, to cast out the useless part of the work in the elementary operations, and to realize that trigonometry is a part of algebra and that it can be made much simpler and more interesting than much of the drudgery (as the subject was commonly taught) that it replaces, but the leaven is working and the outcome will be on the right side. It takes time to develop the idea that we should seek quality instead of mere quantity, but our younger generation of teachers is coming rapidly to realize the significance of this idea in a subject, for example, like algebra. The reform would proceed more rapidly if it were not that nearly all of our current tests include a considerable amount of material that has been recommended for elimination by all who have given the subject serious thought. As Professor Upton has recently remarked in the Mathematics Teacher, schools often feel compelled to teach subjects that are obsolete, and possibly even to recognize forms that are incorrect, because of the carelessness shown in preparing many of these tests.


1966 ◽  
Vol 59 (3) ◽  
pp. 218-235
Author(s):  
Steven Szabo

Among the central ideas in mathematics today is the notion of a vector space. This concept has many applications in algebra, geometry, and analysis. In addition to its applications, the concept of a vector space can serve to relate the study of algebra and geometry in the secondary school mathematics curriculum. For the most part, the studies of algebra and geometry in the high school curriculum are not at all related. In fact, it is the case in many instances that the study of geometry turns out to be merely a strange interlude between the study of algebra in the ninth grade and the continued study of algebra in the eleventh grade.


2018 ◽  
Vol 20 (5) ◽  
Author(s):  
Renato P. Dos Santos ◽  
Isadora Luiz Lemes

The new Provisional Measure 746/2016, removing the compulsory nature of the disciplines of Philosophy and Sociology in the secondary school curriculum, resulted in heated controversies among scholars and massive mobilisations of students across the country against their taking out from High School. The objective of this work was to identify the effect of the presence or not of the disciplines Philosophy and Sociology in the High School curriculum on the students' learning. In terms of methodology, data from the Census of Basic Education 2015 and from the averaged per school performances in the ENEM 2015 were examined by means of several Data Science techniques more specifically, with the resources of the language R. The results of the analysis did not indicate any perceptible influence of the disciplines Philosophy and Sociology on the performance, unlike the Indicator of Student’s Socioeconomic Status and the Administrative Dependence of the School. These results seem to contradict the significant positive ones obtained after activities conducted by teachers trained in investigative philosophical dialogue in the classroom. Far from taking sides in the discussion about the pertinence of the inclusion of these disciplines in High School, what was sought here was to point out the need for a rethink about how they should be organised.


Author(s):  
Josephine Shamash

The high-school curriculum in algebra deals mainly with the solution of different types of equations. Modern algebra has a completely different viewpoint and is concerned with algebraic structures and operations. The course Algebra: From Equations to Structures is part of an M.Sc. programme for Israeli secondary school mathematics teachers. It provides an introduction to algebraic structures and modern abstract algebra, and links abstract algebra to the high-school curriculum in algebra. It follows the historical attempts of mathematicians to solve polynomial equations of higher degrees, attempts which resulted in the development of group theory and field theory by Galois and Abel. This approach leads naturally to examining topics and fundamental theorems in both group theory and field theory. Along the historical “journey”, many other major results in algebra in the past 150 years are introduced, and current research in algebra is highlighted. We examine the relevance of the course to the teachers' work.


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