Self-Learn Physics: A High School Student's Guide

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Discussion Overview

The discussion revolves around recommendations for self-learning physics as a high school student, focusing on suitable textbooks and resources that integrate calculus. Participants share their experiences and suggest various approaches to studying physics independently.

Discussion Character

  • Exploratory
  • Technical explanation
  • Homework-related

Main Points Raised

  • A participant seeks guidance on starting a physics curriculum after completing a basic "Physical Science" course and a year of Calculus.
  • Some participants recommend challenging textbooks such as Kleppner and Kolenkow, suggesting they provide deeper understanding through difficult problems.
  • There is a suggestion that a solid understanding of calculus, particularly integration and differential equations, would be beneficial before tackling more advanced texts.
  • Another participant notes that while calculus is important, algebra and trigonometry are frequently used in exercises, even in calculus-based courses.
  • A link to a series of books titled "Six Ideas That Shaped Physics" is shared as an interesting resource for learning physics.

Areas of Agreement / Disagreement

Participants generally agree on the importance of calculus in learning physics but have differing opinions on the best resources and the level of calculus knowledge required before starting. No consensus is reached on a single recommended textbook or approach.

Contextual Notes

Some participants mention the need for additional calculus knowledge, particularly in integration techniques and differential equations, which may affect the choice of textbooks. The discussion does not resolve the varying levels of difficulty and suitability of different resources.

Who May Find This Useful

High school students interested in self-learning physics, educators looking for resource recommendations, and individuals seeking to integrate calculus into their physics studies.

unsure
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Hi I am a high school student. I want to know about a good way to start physics curriculum on my own, whether this is through videos or a well known textbook.

I've already had a very basic "Physical Science" course where I learned Newton's & Kepler's laws, a bit about forces and optics, all through the context of Astronomy. When I will start learning physics, I will have just completed a year of Calculus. So, I may as well learn Physics with Calculus from the start right?

The book or lectures or other things should be very clear and introductory. At the same time, I want to get a lot of practice, and actually go in depth so I will be able to retain and apply knowledge later. If such a course or text exists, please tell me about it! I figure Physics Forums would know. Thanks in advance!
 
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If you don't mind challenging and difficult books, then I highly recommend Kleppner and Kolenkow.

As it stands, you might want to learn a bit more calculus first, such as integration and integration techniques and (very important!) solving basic differential equations. But you should be able to learn these things quite quickly. After that, you should be able to start a book like Kleppner or Morin.

The problems can be quite difficult though, but they will teach you way more than solving stupid problems from Halliday & Resnick. Feel free to use this forum to ask questions or to ask for help.
 
unsure said:
When I will start learning physics, I will have just completed a year of Calculus. So, I may as well learn Physics with Calculus from the start right?

If you know the basic concepts and applications of derivatives and integrals, and your algebra is solid, and you know some trigonometry, you're ready for a first-year college calculus-based intro physics textbook. There are several widely-used ones you can choose from. See our physics textbooks forum:

https://www.physicsforums.com/forumdisplay.php?f=224

and check out the ones tagged as "Intro Physics".

Actually, even for a calculus-based course, you'll use algebra and basic trig a lot more than calculus when doing the exercises. The calculus is mainly used to simplify the derivations of important equations.

Kleppner & Kolenkow is a step above these books. The exercises do use more calculus!
 
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