This study has shown, through the warranting of Empirical Assertions 1 and 2, that
student thinking and capacity to connect mathematical learning to a range of contexts can
be enhanced by using particular dedicated strategies. In other words, the Mathematical
Search strategy can enhance student performance, subject to some qualifications. These
qualifications included regular use of the strategy, application of associated strategies such
as task debriefing, and choice of context in which mathematical ideas are embedded. Other
aspects such as teacher style and philosophy, and student reading ability had an impact on
student performance. Hence, this study has begun to address the important research issue of
investigating the effectiveness of teaching and learning strategies in helping students
connect their mathematical knowledge to various contexts and situations. The following
implications can be made for both teaching and research.
This study has shown, through the warranting of Empirical Assertions 1 and 2, thatstudent thinking and capacity to connect mathematical learning to a range of contexts canbe enhanced by using particular dedicated strategies. In other words, the MathematicalSearch strategy can enhance student performance, subject to some qualifications. Thesequalifications included regular use of the strategy, application of associated strategies suchas task debriefing, and choice of context in which mathematical ideas are embedded. Otheraspects such as teacher style and philosophy, and student reading ability had an impact onstudent performance. Hence, this study has begun to address the important research issue ofinvestigating the effectiveness of teaching and learning strategies in helping studentsconnect their mathematical knowledge to various contexts and situations. The followingimplications can be made for both teaching and research.
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