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Critical Thinking
Featuring its own cast of illustrated characters, a personal and accessible tone, and carefully crafted in step-by-step units, this edition uses more than 1,000 everyday examples and exercises to illuminate key points and ideasNthe only text on critical thinking in which students work with illustrations to convert the nonverbal into arguments and arrive at conceptual understanding.
Critical Thinking, 4th Edition
With more than 1,000 everyday examples and exercises, the text engages and challenges the student. It is the only text on critical thinking in which students work with illustrations to convert the nonverbal into arguments and arrive at conceptual understanding.
Critical Thinking 5th edition
This fifth edition of Critical Thinking by the noted logician Richard L. Epstein is practical, engaging, and easy to teach. Students enjoy and understand it because it is clear and has hundreds of examples using a cast of characters who reason as we do every day. More than 1,000 exercises lead students to be able to reason well in their courses and their lives. Essay writing lessons and visual writing lessons, using the cast of characters, teach students that first comes clear thinking and then comes clear writing. A complete and comprehensive Instructor's Manual makes the text easy to teach and grade. New to this edition: chapters on explanations and reasoning in the sciences. • Over 1,000 examples and exercises from daily life. • A dozen original writing lessons fully integrated with the text. • Unique cartoon writing lessons help students apply critical thinking to non-verbal situations.
Reasoning in Science and Mathematics
This series of books is meant to present the fundamentals of reasoning well in a clear manner accessible to both scholars and students. The body of each essay gives the main development of the subject, while the footnotes and appendices place the research within a larger scholarly context. The topic of this volume is the nature and evaluation of reasoning in science and mathematics. Science and mathematics can both be understood as proceeding by a method of abstraction from experience. Mathematics is distinguished from other sciences only in its greater abstraction and its demand for necessity in its inferences. That methodology of abstraction is the main focus here. The study of these subjects is not just of academic interest but can lead to better research in science and mathematics. First comes clear thinking, then comes clear research and clear writing. The essays: • Background • Models and Theories • Experiments • Mathematics as the Art of Abstraction.
How to Reason + Reasoning in the Sciences
Too often we're guided by what we last heard, by our friends' approval, by impulse—our desires, our fears. Without reflection. Without even stopping to think. ** In this book you'll learn how to reason and find your way better in life. You'll learn to see the consequences of what you and others say and do. You'll learn to see the assumptions that you and others make. You'll learn how to judge what you should believe. These are the skills we all need to make good decisions. ** Claims. Arguments. Fallacies. Analogies. Generalizing. Cause and Effect. Explanations. These are clearly set out with hundreds of examples from daily life showing how to use them. Illustrations using a cast of cartoon...
Reasoning and Formal Logic
This series of books presents the fundamentals of logic in a style accessible to both students and scholars. The text of each essay presents a story, the main line of development of the ideas, while the notes and appendices place the research within a larger scholarly context. The basic theme here is the analysis of formal logic in terms of what metaphysical assumptions we need when we develop the formal systems we use. The essays together give a perspective of formal logic as part of the art of reasoning well. The essays are • Possibilities and Valid Inferences, • A General Framework for Semantics for Propositional Logics, • Why Are There So Many Logics? • Truth and Reasoning, • On Translations, • Reflections on Temporal and Modal Logic, • The Timelessness of Classical Predicate Logic, • Events in the Metaphysics of Predicate Logic, • Categoricity with Minimal Metaphysics, • Reflections on Gödel's Theorems, • On the Error in Frege's Proof that Names Denote, and • Postscript: Logic as the Art of Reasoning Well.
How to Reason
Too often we're guided by what we last heard, by our friends' approval, by impulse—our desires, our fears. Without reflection. Without even stopping to think. In this book you'll learn how to reason and find your way better in life. You'll learn to see the consequences of what you and others say and do. You'll learn to see the assumptions that you and others make. You'll learn how to judge what you should believe. These are the skills we all need to make good decisions. Illustrations using a cast of cartoon characters make the concepts memorable. And many exercises will help you to check your understanding. Truly a book for all—from high school to graduate school, from auto repair to managing a company. "How to Reason" will help you find a way in life that is clearer and not buffetted by the winds of nonsense and fear.
The Pocket Guide to Critical Thinking
First comes clear thinking, then comes clear writing. *** The Pocket Guide to Critical Thinking teaches very clearly the essential skills to reason better--for classwork, for writing, and in everyday life. Hundreds of pertinent, analyzed, and engaging examples from the Internet, magazines, newspapers, radio, as well as dialogues of cartoon characters illustrate how to analyze arguments and make better decisions. The Pocket Guide is both the perfect supplement for any course that requires critical thinking and a practical aid for self-study. This fifth edition has new chapters on reasoning in the sciences that provide the basics for any student to begin the study of any science: explanations, experiments, the scientific methods, and models and theories.
Reasoning in the Sciences
Key ideas for reasoning well in daily life and in your studies. Over 150 examples.
