Helping students think more critically, communicate ideas more effectively, and work more cooperatively with others are goals widely recognized as indispensable to a proper education. Adventures in Reasoning: Communal Inquiry Through Fantasy Role-Play provides middle school, high school, and even post-secondary teachers with a method to cultivate these crucial skill sets in a way that is engaging, academically rigorous, and also fun. The role-playing approach draws upon the pioneering notion of the community of inquiry as a vehicle for enhancing student learning and development through discussing philosophical concepts and issues. Students create characters that they then use to explore a rich fantasy world filled with practical and conceptual challenges specifically designed to enhance a wide range of cognitive and communication abilities. Drawing together the appeal of fantasy narratives with the rigor of communal inquiry, Adventures in Reasoning provides educators with a rich array of tools through which to engage students’ interests, capture their curiosity, and cultivate crucial cognitive and social skills. Some additional key features of this book include: step-by-step instructions on how to implement fantasy-gaming in the classroom tips on how to assess students’ critical and creative reasoning skills easy to understand rules for fantasy role-playing detailed adventure quests provided that target a wide array of skill sets overview of the pedagogical benefits of introducing philosophy and communal inquiry to middle and high school students lots of advice and suggestions on how to facilitate an effective community of inquiry and how to accommodate different class sizes and student abilities recommendations on how to use fantasy role-playing as a type of service learning in college classrooms

Paolo Mancosu presents a series of innovative studies in the history and the philosophy of logic and mathematics in the first half of the twentieth century. The Adventure of Reason is divided into five main sections: history of logic (from Russell to Tarski); foundational issues (Hilbert's program, constructivity, Wittgenstein, Gödel); mathematics and phenomenology (Weyl, Becker, Mahnke); nominalism (Quine, Tarski); semantics (Tarski, Carnap, Neurath). Mancosu exploits extensive untapped archival sources to make available a wealth of new material that deepens in significant ways our understanding of these fascinating areas of modern intellectual history. At the same time, the book is a contribution to recent philosophical debates, in particular on the prospects for a successful nominalist reconstruction of mathematics, the nature of finitist intuition, the viability of alternative definitions of logical consequence, and the extent to which phenomenology can hope to account for the exact sciences.

Paired informal and scholarly essays show how everyday events reveal fundamental concepts of data, including its creation, aggregation, management, and use. Whether questioning numbers on a scale, laughing at a misspelling of one’s name, or finding ourselves confused in a foreign supermarket, we are engaging with data. The only way to handle data responsibly, says Melanie Feinberg in this incisive work, is to take into account its human character. Though the data she discusses may seem familiar, close scrutiny shows it to be ambiguous, complicated, and uncertain: unruly. Drawing on the tools of information science, she uses everyday events such as deciding between Blender A and Blender B on Amazon to demonstrate a practical, critical, and generative mode of thinking about data: its creation, management, aggregation, and use. Each chapter pairs a self-contained main essay (an adventure) with a scholarly companion essay (the reflection). The adventure begins with an anecdote—visiting the library, running out of butter, cooking rice on a different stove. Feinberg argues that to understand the power and pitfalls of data science, we must attend to the data itself, not merely the algorithms that manipulate it. As she reflects on the implications of commonplace events, Feinberg explicates fundamental concepts of data that reveal the many tiny design decisions—which may not even seem like design at all—that shape how data comes to be. Through the themes of serendipity, objectivity, equivalence, interoperability, taxonomy, labels, and locality, she illuminates the surprisingly pervasive role of data in our daily thoughts and lives.

This guidebook is for college instructors who teach a course in Introduction to Logic at a teachers college or provide a workshop in this subject for in-service mathematics teachers. It can also be used by high school mathematics teachers for teaching students who are capable and interested in Logic.Learning is based on reading Alice's Adventures in Wonderland, and discussing quotes from that book as a trigger for developing basic notions in Logic. This guidebook includes the student's worksheets with exemplary solutions, the background in elementary logic, and pedagogical comments. There is a student's workbook that accompanies this guidebook which includes the student's worksheets without solutions.Ordinary textbooks for such a course are purely mathematical in their nature, and students usually find the course difficult, boring and very technical. Our approach is likely to motivate the students through reading the classic novel Alice's Adventures in Wonderland, written by Lewis Carroll who was not only one of the best storytellers but also a logician.Click here for Student’s Workbook

Emphasizes "the inferential or logical puzzle." "100 puzzles, full solutions"--Back cover.

Rob Milne was a remarkable man. He died of a heart attack on the 5th of June 2005 while climbing Mount Everest in Nepal. He was a hi-tech entrepreneur, an AI researcher and a passionate mountaineer. This work commemorates and celebrates the life of Rob Milne, and covers various facets of Rob Milne's life.

This book sharpens your view of mathematical reasoning and its development at all grade levels. It reveals the various perspectives about the nature of reasoning. Also, it addresses the many issues and concerns involving mathematical reasoning - how learners reason in mathematics, how communication promotes reasoning, how teachers gather evidence of student reasoning, what curricular approaches can be profitably explored, what can be done to ensure success in developing reasoning, and more. This useful resource lets you dig deep into the topic and offers many ideas useful in your classroom.

Written for instructors who want their classroom experience to be as involving as the field, Teaching Adventure Education Theory offers activities instructors can use to help students make the connections between theory and practice. Top educators provide lesson plans that cover adventure theory, philosophy, history, and conceptual models.