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Racism --- Race discrimination --- Race discrimination. --- Race relations. --- Religious aspects --- Christianity. --- History. --- Southern States --- Southern States. --- Race relations --- History
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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.
Mathematics --- Science --- Reasoning in children. --- Study and teaching (Elementary) --- Study and teaching (Elementary)
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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.
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Curiosity is a fabulous thing. Curious children explore, investigate, experiment, build their own understanding, share their findings with others and want to know more. Curious teachers learn as they teach, reflecting on their practice and following new routes to enhanced teaching and learning. 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, this text highlights the ways in which STEM subjects can be taught together.
Education, Elementary --- Mathematics --- Science --- Design and technology --- Computers --- Study and teaching (Primary) --- Study and teaching (Primary) --- Study and teaching (Primary) --- Study and teaching (Primary)
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"The fixed person for fixed duties, who in older societies was such a godsend, in the future ill be a public danger." Twenty years ago, a single legal metaphor accurately captured the role that American society accorded to physicians. The physician was "c- tain of the ship." Physicians were in charge of the clinic, the Operating room, and the health care team, responsible - and held accountabl- for all that happened within the scope of their supervision. This grant of responsibility carried with it a corresponding grant of authority; like the ship's captain, the physician was answerable to no one regarding the practice of his art. However compelling the metaphor, few would disagree that the mandate accorded to the medical profession by society is changing. As a result of pressures from a number of diverse directions - including technological advances, the development of new health professionals, changes in health care financing and delivery, the recent emphasis on consumer choice and patients' rights - what our society expects phy- cians to do and to be is different now. The purpose of this volume is to examine and evaluate the conceptual foundations and the moral imp- cations of that difference. Each of the twelve essays of this volume assesses the current and future validity of the "captain of the ship" metaphor from a different perspective. The essays are grouped into four sections. In Section I, Russell Maulitz explores the physician's role historically.
Authority --- Medicine --- Physician and patient --- Congresses. --- Philosophy --- Philosophy, Medical. --- Physician-Patient Relations. --- Physician's Role. --- Role. --- #GBIB:CBMER --- Role Concept --- Concept, Role --- Concepts, Role --- Role Concepts --- Roles --- Physicians' Role --- Physician Role --- Physician's Roles --- Physicians Role --- Physicians' Roles --- Role, Physician's --- Role, Physicians' --- Roles, Physician's --- Roles, Physicians' --- Medical Philosophy --- Philosophy. --- Public health. --- Medical ethics. --- Philosophy of Medicine. --- Public Health. --- Theory of Medicine/Bioethics. --- Philosophy, Medical --- Physician-Patient Relations --- Physician's Role --- Role --- Doctor Patient Relations --- Physician Patient Relations --- Physician Patient Relationship --- Doctor-Patient Relations --- Doctor Patient Relation --- Doctor-Patient Relation --- Physician Patient Relation --- Physician Patient Relationships --- Physician-Patient Relation --- Relation, Doctor Patient --- Relation, Doctor-Patient --- Relation, Physician Patient --- Relation, Physician-Patient --- Relations, Doctor Patient --- Relations, Doctor-Patient --- Relations, Physician Patient --- Relations, Physician-Patient --- Relationship, Physician Patient --- Relationships, Physician Patient --- Clinical sciences --- Medical profession --- Human biology --- Life sciences --- Medical sciences --- Pathology --- Physicians --- Congresses --- Philosophy&delete& --- Relations médecin-patient --- Medicine-Philosophy. --- Health Workforce --- Medicine—Philosophy.
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