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Kuchemann, Dietmar; Rodd, Melissa – Mathematics Teaching, 2012
The title is that of a course with the same name, designed for teachers of mathematics. The rational for a course specifically on geometry was that "many of those currently teaching mathematics in school had little geometrical education". Teachers on the course experience geometry through problem solving, and learning to pose geometrical problems.…
Descriptors: Geometry, Mathematics Education, Mathematics Instruction, Holistic Approach
Arwani, Salima Shahzad – Mathematics Teaching, 2011
During Mathematics Teaching Course-I (MT-I), the author was given the opportunity to teach a primary mathematics class at a Government school in Karachi, Pakistan while on teaching practice. The author was lucky to be able to share the lesson planning with a friend, and they found the sharing of ideas a supportive process. The focus of the lesson…
Descriptors: Problem Solving, Foreign Countries, Teaching Methods, Primary Education
Griffiths, Martin – Mathematics Teaching, 2010
In "MT218" the author looked at the possibility of basing a classroom activity on a simple, though not totally transparent, number-theoretic result. In this article he considers another relatively straightforward idea from number theory that could be used either as a lesson starter or as the basis of a more substantial task, requiring students to…
Descriptors: Mathematics Education, Number Concepts, Problem Solving, Task Analysis
Williams, Doug – Mathematics Teaching, 2010
For more than one hundred years teachers have paddled beside the great ocean of mathematical adventure. Between them they have taught millions of young people. A few have dived in and kept swimming, some have lingered on the shore playing in pools, but most have dipped their toes in and run like heck in the other direction never to return. There…
Descriptors: Mathematics Instruction, Figurative Language, Teaching Methods, Creative Teaching
Ollerton, Mike – Mathematics Teaching, 2009
Over the past three years this author has spent a good deal of time in primary classrooms, working with teachers on problem solving approaches to the teaching and learning of mathematics. He has also worked part-time on an initial teacher training course and an NCETM/Yorkshire Forward funded project entitled "Inspiring Mathematics Champions". Thus…
Descriptors: Mathematics Instruction, Teaching Methods, Mathematics Education, Elementary School Mathematics
Sharp, John – Mathematics Teaching, 2003
Solving problems often means trying out ideas one knows about which might lead down blind alleys. In this article, the author provides a solution to the following simple mathematical problem: Suppose you have four points which are on the four sides of a square, how do you construct the square? He says that the obvious place to tackle it is to use…
Descriptors: Geometric Concepts, Problem Solving, Mathematics Instruction, Mathematical Logic
Ball, Derek – Mathematics Teaching, 2002
People are inclined to desire proof of theories if they have developed a certain philosophical style when they are quite young. It is a style that questions the authority for things, so that they can hold fast to what is good. Regarding mathematical proof, this author argues that it is only those who are prepared to take their own authority for…
Descriptors: Mathematical Logic, Validity, Mathematical Concepts, Theories
Price, Alison – Mathematics Teaching, 2002
With the introduction of the latest national curriculum, using and applying mathematics retained its attainment target within the level descriptions, but the programme of study was integrated into the programmes of study for curriculum content (number, shape, space, and measures). This brought it in line with the national numeracy strategy, which…
Descriptors: Numeracy, National Curriculum, Problem Solving, Educational Strategies
Yoxon, Mark – Mathematics Teaching, 2002
"Wicked Waste" is a powerful teaching resource and four tools in one: (1) It complements literacy and numeracy teaching for KS2/attainment levels D & E using 20 minute interactive teaching modules; (2) It manages time and, with its intelligent programming, complexity of questions; (3) It provides diagnostic information for the…
Descriptors: Numeracy, Internet, Wastes, Recycling
Windsor, Keith – Mathematics Teaching, 2003
Each of the primary problems described in this article encourage children to "get into" the process of problem solving, and all can be introduced without written instructions. A demonstration by the teacher with large hands-on materials can involve all the children effectively and give him/her the opportunity to highlight key points and deal with…
Descriptors: Problem Solving, Mathematics Instruction, Elementary School Mathematics, Manipulative Materials
New, Rachel – Mathematics Teaching, 2003
In preparing to teach speed to a Y10 intermediate class in a multicultural secondary modern, the author was aware of the difficulty in getting students not only to follow a complex logical argument, but also to be able to reproduce it in a variety of different problem situations. Normally one would set out the working out of the problem as a…
Descriptors: Geometric Concepts, Discussion (Teaching Technique), Multiple Intelligences, Logical Thinking
Barwell, Richard – Mathematics Teaching, 2003
Despite plenty of practice, many students find interpreting and solving word-problems difficult. How can teachers work with students so that they learn to make appropriate sense (or should it be "inappropriate sense"?) of word-problems? One way to investigate how students make sense of word-problems is to ask them to write some of their own. The…
Descriptors: Word Problems (Mathematics), Mathematics Instruction, Problem Solving, Learning Strategies

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