This book explores what reasoning is and what it is not. It includes background theory and a rationale for primary teachers alongside examples of how reasoning in primary mathematics and science classes can develop.

How can teachers help children to develop reasoning skills? What is reasoning and how do we teach it? Much is being said in schools and education about the importance of reasoning skills. This book explores what reasoning is and what it is not. It includes examples of how reasoning in primary mathematics and science classes can develop. It shows how a connection between the 'skills' of mathematics and science can help children to gain a better understanding of reasoning. What is a conjecture? What makes you think? What makes you think about your thinking? What does reasoning look like? With links to classroom practice and examples of effective teaching throughout, this book not only provides an exploration of what reasoning is and why it's important - it also show you how to develop children's reasoning skills in your classroom.

How can teachers help children to develop reasoning skills? What is reasoning and how do we teach it? Much is being said in schools and education about the importance of reasoning skills. This book explores what reasoning is and what it is not. It includes examples of how reasoning in primary mathematics and science classes can develop. It shows how a connection between the ′skills′ of mathematics and science can help children to gain a better understanding of reasoning. What is a conjecture What makes you think? What makes you think about your thinking? What does reasoning look like? With links to classroom practice and examples of effective teaching throughout, this book not only provides an exploration of what reasoning is and why it′s important—it also show you how to develop children′s reasoning skills in your classroom.

Whether it is in the National Curriculum or the Teachers′ Standards, promotion of children′s curiosity is highlighted as a key part of effective teaching. Curiosity has the potential to enhance learning in all curriculum subjects but it has a special connection with scientific thinking. A curious approach can open up learning in science, computing, design technology and mathematics. This text explores how teachers can harness the power of curiosity in their classroom. Full of practical teaching ideas for engaging learners and making lessons more exciting, it highlights the ways in which STEM subjects can be taught together. Coverage includes: the place of curiosity in subject teaching how curiosity contributes to a learner′s overall capability examples of curiosity in primary STEM classes case studies which exemplify curiosity.

The lingua franca role of English, coupled with its status as the official language of ASEAN, has important implications for language policy nd language education. These include the relationship between English, the respective national languages of ASEAN and thousands of local languages. How can the demand for English be balanced against the need for people to acquire their natural language and mother tongue? While many will also need a regional lingua franca, they are learning English as the first foreign language from primary school in all ASEAN countries. Might not this early introduction of English threaten local languages and children's ability to learn? Or can English be introduced and taught in such a way that it can complement local languages rather than replace them? The aim of this book is to explore questions such as these and then make recommendations on language policy and language education for regional policymakers. The book will be important for regional policymakers and language education professionals. It should also benefit language teachers, especially, but by no means exclusively, English language teachers. The book will be of interest to all who are interested in the development of English as an international language and the possible implications of this upon local languages and cultures.