5.7 Summary This section of the unit has made you aware that: science is formed by a community of practice, creating knowledge and requiring a special language for its communication; there is a difference between objective scientific methods and subjective ways of knowing; political power influences scientific discoveries, and scientific knowledge is always socially embedded; public understanding and perception of scien
5.1 Introduction to the social construction of scientific knowledge This section explores how scientific knowledge and scientific literacy can be built up through working in communities of practice (groups of people who work together and share a common language). We also look at issues relating to the ideas of subjectivity and objectivity, and at deductive and inductive thinking. Finally, we explore the public understanding of science by examining how society, in wider terms, constructs or influences scientific thinking and understanding. 4.4 Summary In this section, you have had the opportunity to work on some mathematical activities yourself. This should have enabled you to: reflect on how you approach mathematics and what helps you to work on a piece of mathematics; remind yourself of those pieces of mathematics that you can work at successfully; identify aspects of mathematics that you can strengthen as you work through the later blocks of this unit; 4.3 Thinking mathematics ‘Thinking mathematically’ is something that everyone does. It involves: problem-solving and decision-making; logical reasoning; communication (including using diagrams, charts, graphs and symbols); making connections and recognising common characteristics; using mathematical tools, including calculations and measures. Much of the mathematical thinking done in Learning outcomes After studying this unit you will have: explored your knowledge, attitudes and feelings in each subject area; begun to identify, in each subject, areas of knowledge where you are confident and others where you need to deepen your understanding; extended your knowledge and understanding of the place that language, mathematics and science have in the everyday life of individuals and societies. Except f Acknowledgements Except for third party materials and otherwise stated (see terms and conditions), this content is made available under a Creative Commons Attribution-NonCommercial-ShareAlike 2.0 Licence Grateful acknowledgement is made to the following sources for permission to reproduce material in this unit. References EVOCAM procedure captured by video conferencing Next steps 4.2 Equivalence relations 4.1 What is a relation? Learning outcomes By the end of this unit you should have: examined your own practice in relation to working with other professionals in order to make your underpinning knowledge, values and beliefs explicit; used a variety of ‘tools’ to examine the knowledge, values and beliefs underpinning your practice; identified contradictions between your underpinning knowledge, values and beliefs and your practice; seen where you might want to develop y Introduction In this unit you will be building on your previous study and experience of ‘working with others’. Using the notion of ‘teamwork’, you will be asked to think specifically about the values and beliefs underpinning the following three aspects of practice: developing working relationships with other professionals; sharing information and skills with other professionals; working in cooperation with other profe Acknowledgements Except for third party materials and otherwise stated (see terms and conditions), this content is made available under a Creative Commons Attribution-NonCommercial-ShareAlike 2.0 Licence All materials included in this unit are derived from content originated at the Open University. Every effort has bee Acknowledgements The content acknowledged below is Proprietary (see terms and conditions). This content is made available under a Creative Commons Attribution-NonCommercial-ShareAlike 2.0 Licence Grateful acknowledgement is made to the following sources: Pages 101 and 1 5.1 Introduction 1.3.2 The effect of bullying When asked about what makes them unhappy the most commonly cited factor was bullying, either directly of themselves or of others within the school. Children gave the following reasons for feeling unhappy: ‘When people make fun of me’ Male, Year 6 ‘Being called [names] for something you can't help …being shy’ Female, Year 10 ‘Being told off and called names by the teacher 1.3.1 The importance of friendship When children are asked about the things that are important in their experience of education one factor appears to be important above all others – friendship. In a study of 2,527 children in 500 primary and secondary schools in one local education authority (LEA) in the north-west of England 62.8 per cent stated that happiness at school was the result of friendships (Whittaker, Kenworthy and Crabtree, 1998). This included best friends and also friendly teachers and other friendly pupi 1.2.4 Different classrooms, different experiences The inclusive classroom is one that provides for the learning of a diverse range of children. The pupils in the above example were in streamed secondary education. The 1997 White Paper on education (DfEE, 1997) supported the policy of streaming by attainment in primary schools. Doug McAvoy, a former leader of a teaching union, interpreted this as ‘setting is good and mixed ability is bad’ (McAvoy, 1997, cited in Lyle, 1999). The practice of setting is endorsed through the National Li Learning outcomes On completion of this unit, you will: have developed an understanding of a context in which listening to the perspectives of children is important in developing inclusive education; have gained an insight into the varying perspectives of children; have reflected on how children's perspectives fit into your developing model of good practice and how they relate to your own perspectives. Except for thir
Author(s):
Description not set
Number systems and the rules for combining numbers can be daunting. This unit will help you to understand the detail of rational and real numbers, complex numbers and integers. You will also be introduced to modular arithmetic and the concept of a relation between elements of a set.
Number systems and the rules for combining numbers can be daunting. This unit will help you to understand the detail of rational and real numbers, complex numbers and integers. You will also be introduced to modular arithmetic and the concept of a relation between elements of a set.
Number systems and the rules for combining numbers can be daunting. This unit will help you to understand the detail of rational and real numbers, complex numbers and integers. You will also be introduced to modular arithmetic and the concept of a relation between elements of a set.
Illustrations
The most ‘important and greatest puzzle’ we face as humans is ourselves (Boring, 1950, p. 56). Humans are a puzzle – one that is complex, subtle and multi-layered, and it gets even more complicated as we evolve over time and change in different contexts.
When answering the question ‘What makes us who we are?’, psychologists put forward a range of explanations about why people feel, think and behave the way they do. Just when psychologists seem to understand one bit of ‘who we are’
