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  1. Thinking As A Science has an excellent chapter on concentration. It also has some wonderful insights as to how we think and how we can improve our thinking. The downside of the book is that the beginning chapters are somewhat boring b/c they deal with methods of thinking that are very scientific.

    • Henry Hazlitt
  2. 25 de abr. de 2011 · In some ways, Thinking as a Science is a course in logic. But more than that, it is a training manual for how to fire up and manage one's mental energy. Here, Hazlitt discusses how to think about analogies and discover their errors. He speaks of the errors of false aggregates and misplaced definitions. He presents the rules for the interplay ...

  3. 1 de jun. de 2005 · 1916. Mr. Hazlitt, journalist, literary critic, economist, philosopher, was one of the most brilliant public intellectuals of our century. At the age of 20, when he finally got a job at the Wall Street Journal as a stenographer, he had already finished his first book, Thinking as a Science.

  4. 10 de set. de 2010 · Thinking as a Science Hardcover – September 10, 2010. Thinking as a Science is a book written by Henry Hazlitt, first published in 1916. The book explores the process of thinking and how it can be improved through scientific methods. Hazlitt argues that thinking is a skill that can be learned and developed, just like any other skill.

    • Henry Hazlitt
  5. Thinking as a Science, Volume 20 Henry Hazlitt Full view - 1916. View all ...

  6. Thinking As a Science. Print on Demand (Hardcover) – 27 October 2018. by Henry Hazlitt (Author) 4.3 43 ratings. See all formats and editions. This work has been selected by scholars as being culturally important and is part of the knowledge base of civilization as we know it. This work is in the public domain in the United States of America ...

    • Henry Hazlitt
  7. The Thinking science resources come in the form of questions designed to provoke thinking and discussion on topics including physics, biology, chemistry, information technology, and working scientifically. They can be used to consolidate and extend core curriculum knowledge and understanding, as well as to engage and enrich students' critical ...