Analysis of Problem-Solving Difficulties with Quadratic Equations among Senior Secondary Schools Students in Zaria, Nigeria
Abstract
The study analyzes the problem-solving difficulties in quadratic equation among senior secondary school students in Zaria, Nigeria, using the Jackson-Ashmore model. A total of 126 Senior Secondary 2 mathematics students randomly selected from three private schools in Zaria with a mean age of 17 constituted the sample size for the study. The Mathematics achievement tests (MAT), Mathematics competence test (MCT)  and Problem-solving Test in quadratic equation (PSTQ) were used for the study. The students were classified as high achievers and achievers using the categorization test score designed by the investigator. Data were analyzed using facility values (FV), mean, simple percentages (%) and chi-square statistics. The findings from the study showed that the students performed poorly in mathematical problems involving quadratic equations. The students had difficulties not only in defining a problem goal and recall of appropriate mathematical information, but also with the correct strategies required to reason through and solve the problem. On the basis of this study it is recommended among others that the teacher as facilitator of the teaching–learning process should encourage the learners to concentrate on one point at a time and proceed stepwise in a logical manner   to reduce attendant difficulty and improve critical reasoning. Also, by giving learners enough opportunities to do problem-solving exercises in quadratic equation will go a long way in assisting them to clarify a problem goal.
Full Text:
PDFReferences
Ashmore A.D. (1979), Problem solving and Problem-solving Networks in Chemistry. Journal of Chemical Education 56(6), 377-379.
Buchanan, N.K.(1987) Factors Contributing to Mathematical Problem-solving Performance. Educational studies in Mathematics. 18(4) 399-315.
Haladyna,T.M. and Downing,S.M.(1989) A Taxonomy of Multiple-choice Item-writing Rules, Applied Measurement in Education, 2(1) 37-50.
Henbee, R. (1992)Experimental and Relational studies in problem solving: A meta-analysis. Journal for Research in Mathematics Education. 23(3) 242-273.
Henderson, D.W. (2013) Geometric Solutions of Quadratic and Cubic equations. Synopsis 1, Mathematics Department, Cornell University, Ithaca.
Jackson, K.F. (1975), The Art of Solving Problems. Heinemann, London
Jegede,S.A. (2007) The Effect of Problem-solving technique on Students’ Competence in tackling Chemical problems. Research Journal in Applied Sciences.2,801-803.
Katz,V.J. and Barton,B. (2006) Stages in the History of Algebra with implications for Teaching. Educational Studies in Mathematics 66(2) 185-201
Kotsopoulos, D. (2007) Unravelling Student Challenges with Quadratics: A cognitive approach. Australian Mathematics Teacher,63(2) 19-24.
Li,X. (2011) Mathematical Knowledge for Teaching Algebraic routines: A case study of solving Quadratic Equations. Journal of Mathematics Education 4(2) 1-16.
Mayer,R.E. (2003) Mathematical Problem solving In J,M. Rover(ed) Mathematical Cognition. Greenwich,CT: Infoage Publishing.
Mittag, K. and Taylor, S .(2010) Seven Wonders of the Ancient and Modern Quadratic World. Mathematics Teacher,94(5) 349-361.
Omwirhiren, E.M. (2004), An Analysis of problem-solving Difficulties in Heat Reaction among Secondary Schools Students in Zaria Metropolis. Zaria Journal of Educational Studies, 6.(1&2). 120-134.
Onu, A.D. (2003) Is Mathematics the Key to Science? Zaria Journal of Educational Studies,5(1&2) ,62-64.
Picciott, H. (2008) A New Path to the Quadratic Formula. Mathematics Teacher, 101(6)473-478.
Polya, G.(1957) How to solve it- A New Aspect of Mathematics Methods. Garden City, NY: Doubleday. pp 13-30,
Scherer, R. and Tiemann, R. (2012) Factors of Problem-solving Competency in a Virtual Chemistry environment: The role of metacognitive knowledge about strategies, Computers & Education,59(4)1199-1214.
Simons, S. (2009) Alternative Approach to Complex roots of Real Quadratic Equations. Mathematics Gazette 93,91-92
Sterling, M.J. (2010) Algebra for dummies, Wiley Publishing.
Zakaria,E.(2010) Analysis of Students’ Error in Learning Quadratic Equations. International Education studies. 3(3) 105-110.
Zaslavsky,O. ( 1997) Conceptual Obstacles in the Learning of Quadratic Functions: Focus on Learning Problems in mathematics. 19(1) 20-24.
Zheug,Z (2007) Gender Difference in Mathematics Problem solving patterns: A Review. International educational Journal 8(20 )181-203.
Refbacks
- There are currently no refbacks.