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ahsanxr said:
Character is who you are when no one is looking... and if you don't know why character is important I suggest you think long and hard on the subject.
Training yourself to think mathematically (or visually)
- Thread starter ampakine
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SUMMARY
This discussion centers on the cognitive differences between visual and mathematical thinkers, particularly in the context of learning chemistry and mathematics. Participants share personal experiences, highlighting that visual thinkers often struggle with abstract mathematical concepts, such as the Schrödinger equation, while mathematical thinkers may find visual concepts challenging. A common strategy for overcoming these hurdles is to engage in extensive practice with formulas and concepts, which helps develop intuition and mental imagery. The conversation emphasizes the importance of adapting learning techniques to individual thinking styles for better comprehension.
PREREQUISITES- Understanding of basic chemistry concepts, particularly organic and inorganic chemistry.
- Familiarity with mathematical formulas, including the Schrödinger equation and algebraic expressions.
- Knowledge of cognitive styles, specifically visual and mathematical thinking.
- Experience with problem-solving techniques in mathematics and physics.
- Explore techniques for visualizing mathematical concepts, such as using diagrams or physical models.
- Practice solving problems in physical chemistry to develop familiarity with complex formulas.
- Investigate cognitive strategies for transitioning between visual and mathematical thinking.
- Read "Mathematics: A Very Short Introduction" by Timothy Gowers to gain insights into abstract reasoning.
Students and educators in chemistry and mathematics, cognitive scientists, and anyone interested in enhancing their understanding of different thinking styles and their impact on learning complex concepts.