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Ali sulieman
- 6
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I want YouTube channels that systematically raise my mathematics and physics level
How about you study actual textbooks ?Ali sulieman said:I want YouTube channels that systematically raise my mathematics and physics level
This is so true. As others have noted, learning physics by reading alone would be like learning to play piano by reading a book. It simply is not possible.vanhees71 said:Even more important is that you can learn physics only by actively working on it, i.e., you start with reading the textbook/manuscript about a topic you want to learn and then try to solve problems related to that topic to see, whether you've really understood the topic.
Apparently Theodor Kaluza learned how to swim solely by reading a book about it.gmax137 said:This is so true. As others have noted, learning physics by reading alone would be like learning to play piano by reading a book. It simply is not possible.
Is this really true? Wiki sayshaushofer said:Apparently Theodor Kaluza learned how to swim solely by reading a book about it.
Notice there is no source identified. So maybe it's true. What makes it an interesting story is that it is highly unusual.Strange stories were told of his private life, for example, that he taught himself to swim during his thirties of age by reading a book about it and succeeded at his first attempt in the water.
But how fast was he on his first lap?haushofer said:Apparently Theodor Kaluza learned how to swim solely by reading a book about it.
So did Sheldon Cooper.haushofer said:Apparently Theodor Kaluza learned how to swim solely by reading a book about it.
For undergraduate Physics, "University Physics" by Young and Freedman, and "Fundamentals of Physics" by Halliday, Resnick, and Walker are highly recommended. For Mathematics, "Calculus" by James Stewart, and "Linear Algebra and Its Applications" by Gilbert Strang are excellent choices. These books cover the essential topics and provide a solid foundation.
Yes, there are several online platforms that offer high-quality courses. Websites like Coursera, edX, and Khan Academy provide comprehensive courses in both Physics and Mathematics. MIT OpenCourseWare also offers free course materials from actual MIT classes. These resources can supplement your learning and provide additional practice.
Balancing both subjects requires good time management and organization. Create a study schedule that allocates specific times for each subject. Integrate your learning by focusing on how mathematical concepts are applied in Physics. Practice problems regularly and seek help from professors or peers if you encounter difficulties. Consistency and practice are key.
Joining clubs or societies related to Physics and Mathematics can be very beneficial. Look for opportunities to participate in research projects, internships, or competitions like the Putnam Mathematical Competition or the International Physics Olympiad. Engaging in these activities can provide practical experience and deepen your understanding of theoretical concepts.
Learning programming is increasingly important in both fields. Languages like Python, MATLAB, and Mathematica are commonly used for simulations, data analysis, and solving complex problems. Understanding programming can help you perform numerical computations, visualize data, and automate tasks, making it a valuable skill for both Physics and Mathematics students.