This book investigates the many faces of Hamas and examines its ongoing evolution as a resistance organisation in the context of the Israel/Palestine conflict. Specifically, the work interrogates Hamas’ interpretation, reinterpretation and application of the twin concepts of muqawama (resistance) and jihad (striving in the name of God). The text frames the movement’s capacity to accrue popular legitimacy through its evolving resistance discourses, centred on the notion of jihad, and the practical applications thereof. Moving beyond the dominant security-orientated approaches to Hamas, the book investigates the malleable nature of both resistance and jihad including their social, symbolic, political and ideational applications. The diverse interpretations of these concepts allow Hamas to function as a comprehensive social movement. Where possible, this volume attempts to privilege first-order or experiential knowledge emanating from the movement itself, its political representatives, and the Palestinian population in general. Many of these accounts were collected by the author during fieldwork in the Middle East. Not only does this work present new primary data, but it also investigates a variety of contemporary empirical events related to Palestine and the Middle East. This book offers an alternative way of viewing the movement’s popular legitimacy grounded in theoretical, empirical and ethnographic terms. This book will be of much interest to students of Hamas, political violence, critical terrorism studies, Middle Eastern politics, security studies and IR in general.
Can employees be trained to make more ethical decisions? If so, how? Providing evidence-based and practical answers to these critical questions is the purpose of this book. To answer these questions, the authors—four organizational psychologists who specialize in the study of ethical decision making—translate insights based on decades of scientific research. Whether you are a student, educator, HR manager, compliance professional, or simply someone interested in the topic of ethics education, this book offers a road map for designing ethics training programs that work.
This is the first book which deals solely with bipartite graphs. Together with traditional material, the reader will also find many new and unusual results. Essentially all proofs are given in full; many of these have been streamlined specifically for this text. Numerous exercises of all standards have also been included. The theory is illustrated with many applications especially to problems in timetabling, Chemistry, Communication Networks and Computer Science. For the most part the material is accessible to any reader with a graduate understanding of mathematics. However, the book contains advanced sections requiring much more specialized knowledge, which will be of interest to specialists in combinatorics and graph theory.
This title has been endorsed by Cambridge Assessment International Education. Deliver an exciting computing course for ages 11-14, building on students' existing computing skills and experience whilst demonstrating new concepts, with practice opportunities to ensure progression. - Recap and activate students' prior knowledge with 'Do you remember?' panels and introduce more advanced skills with 'Challenge yourself!' tasks. - Allow students to demonstrate their knowledge creatively with engaging end of unit projects that apply skills and concepts in a range of different contexts. - Develop computational thinking with an emphasis on broadening understanding throughout the activities. - Provide clear guidance on e-safety with a strong focus throughout. Contents Introduction 1 TeenTech: Network structure and security 2 It's all in the planning: Pseudocode and algorithms 3 Let's talk technology: What's going on inside 4 Testing conditions: Developing games 5 Click and collect: Data collection and validation 6 Iterating through a solution: software design and development Glossary Index
This title has been endorsed by Cambridge Assessment International Education. Deliver an exciting computing course for ages 11-14, building on students' existing computing skills and experience whilst demonstrating new concepts, with practice opportunities to ensure progression. - Recap and activate students' prior knowledge with 'Do you remember?' panels and introduce more advanced skills with 'Challenge yourself!' tasks. - Allow students to demonstrate their knowledge creatively with engaging end of unit projects that apply skills and concepts in a range of different contexts. - Develop computational thinking with an emphasis on broadening understanding throughout the activities. - Provide clear guidance on e-safety with a strong focus throughout. Contents Introduction 1 Presenting choices: combining constructs 2 Design your own network: shape and size 3 Coding and testing: game development for the Micro:bit 4 Drilling down: How the processor processes 5 Big data modelling and analysis: databases and spreadsheets 6 An array of skills: expert storytelling Glossary Index
The Paget Toynbee lectures on Dante have taken place in Oxford since the mid-1990s. Named after the great medieval scholar of the first half of the twentieth century, they have been delivered by the major Dante experts of our time. This volume gathers together twelve of the most significant lectures, given by internationally renowned scholars such as Zygmunt Baranski, John Barnes, Lino Leonardi, Emilio Pasquini, Michelangelo Picone, Jonathan Usher and the late Peter Armour. The topics range from key questions such as Dante, Ovid and the poetry of exile, to ground-breaking work on obscenity in the Divine Comedy .
Reboot your Key Stage 3 classroom with this all-in-one textbook that will inspire you to deliver creative Computing lessons with confidence. br” Boost knowledge and skills in bite-sized chunks: every double-page spread represents a lesson's worth of targeted content and activities br” Build understanding of the principles of Computing and improve IT skills with a range of engaging activitiesbr” Challenge students to think creatively about what they are learning and how it can be applied in the real worldbr” Empower students to check and drive their own progress through Key Stage 3 and to GCSE, Cambridge Nationals and BTEC, and beyond, with regular knowledge check-ins and activitiesbr” Ensure complete coverage of the National Curriculum, with an easy-to-follow Progression FrameworkbrbrWe've listened to how you teach Computing at Key Stage 3 and designed our brand-new toolkit of digital and printed resources around you! Comprising of everything you will need to confidently deliver the National Curriculum in Computing and develop students' ICT skills, Progress in Computing: Key Stage 3 combines lesson plans, presentations, interactive resources, quizzes and assessments with a Student Book.brbrbThe Progress in Computing digital and print 'toolkit' will be formed of 16 modules that can be used flexibly to suit a teacher's context. Our brand-new digital platform /bbwill also give you unparalleled flexibility in terms of choosing your own pathway through the resources, with the bonus of all elements being tagged clearly against the curriculum, our 2 and 3-year Scheme of Work and progression to Key Stage 4 qualifications/bb./bbrbrDigital resources include:
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