PDF Measures at Key Stage 2 Download
- Author: Frances Mosley
- Publisher: Nelson Thornes
- ISBN: 1874099677
- Category : Mathematics
- Languages : en
- Pages : 133
Resources for teaching children about measures and units at Key Stage 2 level.
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This resource provides teachers with complete coverage of the National Curriculum for maths Key Stage 1, and is compliant with the National Numeracy Strategy (NNS). The material is directly linked to separate copiable pupil activity sheets.
Promoting the inclusion of climate change and sustainability issues within the primary curriculum, this cutting-edge guide provides age-appropriate activities, curriculum links and opportunities for progression in knowledge and skills across lower and upper KS2. Designed to bring contemporary issues to life, the set of progressions include engaging and detailed lesson plans based around the Science National Curriculum throughout KS2. The book introduces essential curriculum concepts and teaches species identification, showing pupils how to encourage care and action for the natural world through outdoor activities linked to key curriculum goals. It demonstrates ways to progress children's learning through leadership in a model science curriculum and by the reformation of their own school grounds. Situating this teaching outside the classroom ensures that the developing concepts and knowledge are grounded in the real world, and being outdoors also has huge benefits for children's mental health and wellbeing. The guidance and templates for development planning are underpinned by current research, while vivid case studies bring these ideas to life.
Now in its third edition, Mathematics in the Primary School has been updated to reflect recent mathematics curriculum documentation and revised standards for QTS. Key areas include: The role of talk in learning maths Teacher questioning Development of children’s reasoning Creative engagement with maths Assessment for learning and self assessment Suggested resources for teachers including ICT Providing a coherent set of principles for teaching primary mathematics across the main topics in the curriculum, the authors explore children’s understanding of key areas of mathematics, at reception, infant and junior levels. Important principles and teaching approaches are identified, including the use of calculators and computers, and there is an emphasis on mental mathematics and problem solving supporting key issues raised by the Williams review (2008). Case studies are used throughout to illustrate how different teaching approaches are put into practice and how children respond to them, and there is advice on planning, organisation and assessment of mathematical learning in the classroom. Emphasising the importance of teachers’ own mathematical knowledge and offering clear guidance and practical advice, this book is essential reading for students, NQTs and practising teachers with a focus on primary mathematics.
This practical and popular guide to children’s common errors and misconceptions in primary mathematics is an essential tool for you as a teacher or trainee. It helps you plan for and tackle potential errors and enhances your understanding of the difficulties encountered in mathematical development. Providing guidance on how to identify common misconceptions, it explores how common misconceptions can be anticipated and addressed. The book: Is linked to the new National Curriculum and covers every objective. Explores contemporary themes and approaches being used in primary classrooms and schools today. Covers mastery approaches to teaching mathematics, exploring ‘what is mastery’? Gives support around preparing children for new statutory times tables test with new content and a deeper exploration of children’s errors in multiplication. Includes intervention strategies and scenario sections.
A teacher may get good, even astounding, results from his pupils while he is teaching them and yet not be a good teacher; because it may be that, while his pupils are directly under his influence, he raises them to a height which is not natural to them, without fostering their own capacities for work at this level, so that they immediately decline again as soon as the teacher leaves the classroom. Ludwig Wittgenstein, 1889 – 1951. It is difficult to measure effectiveness in not-for-profit organisations like schools, colleges and universities. There is no ‘bottom-line’ against which to gauge performance, they have limited technical development and managers struggle to make meaningful comparisons between outcomes and targets. In education, well-publicised attempts have been made to establish - some would say impose - a set of criteria by which organisations judge success or failure. These have been largely subjective - the percentage of inspected classes regarded as good, the extent to which staff is involved in decision making, the appropriateness of the leadership shown by senior managers, and so on – if occasionally peppered with quantitative measures, like the percentage of students achieving certain grades in public examinations, to sustain the illusion of objectivity. This is not to fault the aspiration necessarily, though initially at least it created a surveillance culture in schools that did justice to neither the inspected nor the argument for inspection. Happily, this is changing.
Testing and Assessment : Third report of session 2007-08, Vol. 2: Oral and written Evidence
Many primary teachers need help with their personal subject knowledge in science. Now that there is a nationally published scheme of work for science in primary schools, many teachers also need help in constructing lesson plans in order to cover all of the themes and possible activities in the scheme. Designed with those needs in mind, this book provides practical help in the form of sample lesson plans together with linked background subject knowledge for each of the science topics in the primary national curriculum. Each chapter has sample lesson plans for four different age-groups: reception, years 1-2, years 3-4 and years 5-6.