How and where do I catch up on high school physics?

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Discussion Overview

The discussion centers around how to effectively learn high school-level physics, particularly for a 10th-grade student with little prior knowledge. Participants explore various resources, including online courses and personal learning strategies, while addressing challenges faced in a traditional classroom environment.

Discussion Character

  • Exploratory
  • Technical explanation
  • Homework-related

Main Points Raised

  • One participant expresses a desire to learn physics from scratch and seeks recommendations for online resources, mentioning MIT courses as too advanced.
  • Multiple participants suggest Khan Academy as a suitable platform for high school physics learning.
  • Another participant shares their experience of learning physics through online articles and videos, emphasizing the importance of reliable sources.
  • Concerns are raised about the difficulty of concentrating in a noisy classroom environment, which hinders learning.
  • One participant discusses the importance of foundational mathematics, suggesting that studying Algebra and Geometry is crucial for understanding physics.
  • Another participant mentions the potential of community college as a place to catch up on physics and mathematics, sharing experiences of tutoring friends in physics.
  • A suggestion is made to explore Walter Lewin's lectures on YouTube as a way to grasp physics concepts without the pressure of equations.
  • There is a discussion about the relationship between programming and understanding nature, with one participant arguing that programming can also illuminate deep questions in nature.

Areas of Agreement / Disagreement

Participants generally agree on the usefulness of online resources like Khan Academy and the importance of foundational mathematics. However, there are varying opinions on the best approaches to learning and the relevance of programming in understanding physics, indicating that multiple views remain.

Contextual Notes

Some participants mention localization issues with symbols in textbooks compared to online resources, which may affect understanding. Additionally, there are references to the challenges of learning in a disruptive classroom environment.

MuffinDyschezia
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I'm new to this site. I don't know if this question even fits here, but here goes. So I want to learn physics, but my problem is I have very little to no knowledge on it. I am currently in 10th grade. I'm trying to understand what the teacher is talking about, but I'm having a very hard time. I think I understand the theory somewhat. My question would be How and where (as in a website) can I learn high school level physics? Preferably online. It's so much easier learning on my own for me. I would like to learn physics pretty much from scratch. It sounds really interesting and I'd like to learn more about it, but don't know where to start. I found MIT courses, unfortunately they are for undergraduates (we call it baccalaureate in my country). Are there any books or online courses I could start with?
 
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MuffinDyschezia said:
I'm new to this site. I don't know if this question even fits here, but here goes. So I want to learn physics, but my problem is I have very little to no knowledge on it. I am currently in 10th grade. I'm trying to understand what the teacher is talking about, but I'm having a very hard time. I think I understand the theory somewhat. My question would be How and where (as in a website) can I learn high school level physics? Preferably online. It's so much easier learning on my own for me. I would like to learn physics pretty much from scratch. It sounds really interesting and I'd like to learn more about it, but don't know where to start. I found MIT courses, unfortunately they are for undergraduates (we call it baccalaureate in my country). Are there any books or online courses I could start with?
What are your school choice options? Learn Mathematics and Physics if you are still in high school. If out of high school now, then attend a community college and study Mathematics and Physics - you will be able to catch-up at a community college.

--Tenth grade now - You have two more years. Be sure to study Algebra 1, and either do Geometry OR Algebra 2 in your last year. Next step will be continue this at a community college; or if you become qualified and attend a university, continue THERE. Be aware that Algebra 1, Algebra 2, Geometry are all remedial if they are offered at a university or community college. If you are deficient in them, then YOU STILL NEEEEEDDD them.
 
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I'm in a similar situation to you. I've been learning about physics and space for the past 2 years or so now simply by just reading articles online, and watching videos. The amount I have learned is fascinating, however there's still mountains more to learn. What kind of physics are you interested in learning and what don't you get? If you're having trouble on something, searching up the topic on Google is surprisingly a huge help. That's where I get a lot of my information, from reliable sources of course.
 
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Fuinne said:
I'm in a similar situation to you. I've been learning about physics and space for the past 2 years or so now simply by just reading articles online, and watching videos. The amount I have learned is fascinating, however there's still mountains more to learn. What kind of physics are you interested in learning and what don't you get? If you're having trouble on something, searching up the topic on Google is surprisingly a huge help. That's where I get a lot of my information, from reliable sources of course.

I usually try to look up things I don't know about, but the problem is localisation? I am not sure that's the right word to use. I live in a European country. Some symbols that are used in my textbook are completely different from what I find on the internet. Also a HUGE obstacle in school (physics class), is what I would call a "difficult work environment". Classmates constantly talk, almost shout, throw paper balls at each other etc. It's very hard to hear what the teacher is saying let alone concentrate on the subject. Another reason as to why I would prefer learning online, by myself.

Evo (sorry, I don't know how or if you can tag people) suggested Khanacademy.org . I'll be trying it out for now :)
 
symbolipoint said:
What are your school choice options? Learn Mathematics and Physics if you are still in high school. If out of high school now, then attend a community college and study Mathematics and Physics - you will be able to catch-up at a community college.

--Tenth grade now - You have two more years. Be sure to study Algebra 1, and either do Geometry OR Algebra 2 in your last year. Next step will be continue this at a community college; or if you become qualified and attend a university, continue THERE. Be aware that Algebra 1, Algebra 2, Geometry are all remedial if they are offered at a university or community college. If you are deficient in them, then YOU STILL NEEEEEDDD them.

If everything goes by plan, I will be studying programming in a university. I do believe some courses require you to have decent knowledge in physics, which is one of the reasons why I'm trying to learn it. But personally, I want to understand how things work. Why things behave the way they behave. I believe physics answers a lot of those questions :) And now that I think about it, programming doesn't really answer those kinds of questions..

Anyways, thank you for your answer :)
 
I have three friends who went to community college for programming before going to a 4-year school and they all came to me for tutoring in physics while they were there. It's a great place to get a feel for it while you're taking CS courses. The course they usually ask you to take as a first physics course is equivalent to AP Physics 1. But if you want to just get a feel for it, look up Walter Lewin's lectures on youtube. He was an MIT professor (accused creeper but w/e) who is renowned as one of the best teachers out there. Don't stress the equations or the fact that it's a college course scare you, just watch his demonstrations to get an idea of the concepts (they are all relevant to your course) and let the awesomesauce flow through you.

Also don't count out programming as a way to understand nature just because there's no equivalent of unified field theory in it. There are some deep questions in nature that programming will eventually solve and those can be just as illuminating as an answer to a physics problem.
 
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