Abstract
The goals of mathematics education are pressured by political, social, and economic forces that are often expressed through the medium of public opinion. Public opinion is formed largely by the preceptions of “what is” rather than the reality itself which may be known by only a few. The recommendations of committees of enquiry are activated in the world of average people and typical teachers — not the rarefied world of specialised professional knowledge in which the recommendations are typically incubated.
This paper reports on community perceptions of school mathematics with respect to the four areas of content, individual values, attitudinal aspects, and folklore. Factor analysis identified five predictor variables (derived from the respondents' own backgrounds), and five criterion variables (describing their views and values as to what school mathematics should be). Analysis of variance was used to explore the contribution of the predictor variables and selected demographic variables to the criterion factor scores. The results are discussed in relation to their implications for the effective implementation of recommendations for change in mathematics education.
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References
Australian Newspaper: 1987, May 11, p. 2.
Cockcroft, W. H.: 1982, Mathematics Counts, Report of the Committee of Inquiry into the Teaching of Mathematics in Schools, HMSO.
Coleman, W. T. and Selby, C. C.: 1983, Educating Americans for the 21st Century, Report of the National Science Board Commission on Pre-college Education in Mathematics, Science and Technology.
Education 2000: 1985, Issues and options for the future of education in Queensland, Department of Education Queensland, 72 pages.
Fennema, E. H.: 1987, ‘Sex-related differences in education: Myths, realities, and interventions’, in V. Richardson Koehler (ed.), Educators Handbook — A Research Perspective, pp. 329–347, Longman.
HembreeR. and DessartD. J.: 1986, ‘Effects of hand-held calculators in pre-college mathematics education — a meta-analysis”, Journal for Research in Mathematics Education 17, 83–99.
HollowayS. D.: 1986, ‘The relationship of mothers' beliefs to children's mathematics achievement: Some effects of sex differences’, Merrill-Palmer Quarterly 32, 231–250.
HutchinsR. M.: 1936, The Higher Learning in America, p. 84, Yale University Press, New Haven.
LederG. C.: 1986, ‘Success in mathematics — the view from the media’, The Australian Mathematics Teacher 42(4), 19–22.
OffnerC. D.: 1978, ‘Back-to-basics in mathematics: An educational fraud’, The Mathematics Teacher 71, 211–217.
ParsonsJ. E., AdlerT. F., and KaczalaC. M.: 1982, ‘Socialization of achievement, attitudes, and beliefs: Parental influences’, Child Development 53, 310–321.
Position Statement on Basic Skills: 1977, National Council of Supervisors of Mathematics (U.S.A.).
School Mathematics in the 1990's: 1985, International Commission on Mathematics Instruction.
SchwattI. J.: 1908, ‘Modern tendencies in the teaching of mathematics’, Mathematics Teacher 1, 47–77.
StakeR. E. and EasleyJ. A.: 1978, Case Studies in Science Education, Vol., 2, Govt Printing Office, Washington, D.C.
StanicG. A.: 1986, ‘Metal discipline theory and mathematics’, For the Learning of Mathematics 6, 39–47.
ThomasG. E.: 1986, ‘Cultivating the interest of women and minorities in high school mathematics and science’, Science Education 70, 31–43.
TsaiS. and WalbergH. J.: 1983, ‘Mathematics achievements and attitude productivity in junior high school’, Journal of Educational Research 76, 267–272.
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Galbraith, P.L., Chant, D. Factors shaping community attitudes to school mathematics: Implications for future curriculum change. Educ Stud Math 21, 299–318 (1990). https://doi.org/10.1007/BF00304261
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DOI: https://doi.org/10.1007/BF00304261