Argues that few students learn to think well within the disciplines and domains of knowledge and experience. Offers 18 ideas for students to utilize in order to become better critical thinkers and learners, including: (1) becoming an active learner; (2) becoming a questioner; and (3) looking for interconnections. First in a series of articles.…

Third in a series of columns focusing on teaching students to think critically, this column provides three templates useful in helping students practice analyzing and assessing the logic of a text. Discusses how to analyze an article, essay, or chapter; comprehend the logic of a textbook; and evaluate an author's reasoning. (NB)

Stresses the importance of questioning as a key element in the art of learning. Defines three types of questions: (1) multisystem, which considers more than one relevant viewpoint in thinking through a problem, issue, or question; (2) one-system, which can be tested with a multiple-choice format; and (3) no-system, which are matters of sheer…

Asserts that becoming adept at understanding the logic of subjects, issues, and questions is a competency that, once learned, becomes a foundation for highly skilled and practical teaching and learning. Promotes the model of teaching students to seek the logic of things through the logic of science. (VWC)

Suggests that there are three ways of taking in information: internalizing inert information, forming activated ignorance, or achieving activated knowledge. Explains that only activated knowledge leads the learner, by implication, to more knowledge, and that seeking the logic of things can lead to discovery of activated knowledge. (NB)

Outlines the differences between inferences and assumptions in critical thinking processes. Explains that as students develop critical intuitions, they increasingly notice how their point of view shapes their experiences. (AUTH/NB)