A Smarter Way to Learn Python
Learn It Faster. Remember It Longer.
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- 236 pages
- 9 hours of reading
More about the book
I wasn't smart enough to learn a computer language like Python—until I figured out how to learn it effectively. Despite earning an honors degree in philosophy from Harvard, an aptitude test suggested I avoid programming. However, I developed a learning system that significantly improved my ability to grasp coding. This method has successfully taught coding to diverse learners, including grandmothers and cab drivers. Research from Washington University indicates that my key teaching method—interactive recall practice—can enhance learning performance by 400 percent. Many struggle with remembering concepts, leading to frustration and giving up. My approach addresses this by integrating almost a thousand interactive exercises that reinforce memory retention. These exercises ensure you stay engaged and allow for immediate application of what you've learned. Each lesson builds on a solid foundation, with small, manageable steps that culminate in real knowledge retention. Readers have reported newfound clarity in programming concepts that once seemed daunting. You don't need to be a computer genius to learn Python; you just need to be smart about your learning strategy.
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A Smarter Way to Learn Python, Mark Myers
- Language
- Released
- 2017
- Binding
- (Paperback),
- Book condition
- Good
- Price
- €8.59
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- Title
- A Smarter Way to Learn Python
- Subtitle
- Learn It Faster. Remember It Longer.
- Language
- English
- Authors
- Mark Myers
- Released
- 2017
- Format
- Paperback
- Pages
- 236
- ISBN10
- 1974431479
- ISBN13
- 9781974431472
- Series
- Categories
- Description
- I wasn't smart enough to learn a computer language like Python—until I figured out how to learn it effectively. Despite earning an honors degree in philosophy from Harvard, an aptitude test suggested I avoid programming. However, I developed a learning system that significantly improved my ability to grasp coding. This method has successfully taught coding to diverse learners, including grandmothers and cab drivers. Research from Washington University indicates that my key teaching method—interactive recall practice—can enhance learning performance by 400 percent. Many struggle with remembering concepts, leading to frustration and giving up. My approach addresses this by integrating almost a thousand interactive exercises that reinforce memory retention. These exercises ensure you stay engaged and allow for immediate application of what you've learned. Each lesson builds on a solid foundation, with small, manageable steps that culminate in real knowledge retention. Readers have reported newfound clarity in programming concepts that once seemed daunting. You don't need to be a computer genius to learn Python; you just need to be smart about your learning strategy.


