How to self study Physics and Mathematics

In summary,I have heard detailed description of what to do when you study physics, but I don't know how to learn Physics in the first place. This post tries to counter that.Here's How to Teach Yourself Physics and Math [Futurism]How To Self-Learn Physics: The Ultimate GuideHow to Learn Physics and Mathematics [posted on this forum 2008]I would welcome answers to this too.
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Slimy0233
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TL;DR Summary: I have heard detailed description of what to do when you study physics, but I don't know how to learn Physics in the first place, so this post tries to counter that.

Here's How to Teach Yourself Physics and Math [Futurism]
How To Self-Learn Physics: The Ultimate Guide

How to Learn Physics and Mathematics [posted on this forum 2008]
I would welcome answers to this too.

I have looked through these links, although these links are really good and I would suggest everyone having similar questions to go through them, but, I have a different problem.

I have some amount of resources at my disposal, I have textbooks and notes and what to read is not a problem for me.
How to read Physics and Mathematics is a bigger problem for me.

I usually try a policy of "NO PAGE LEFT BEHIND" if I am studying a topic which is necessary for the study of another topic. Because if I lack the necessary understanding, I will have to go behind and do everything again. Although this might sound good, this takes time. Again, not a major problem, but somewhat of a bummer.

Now, what is a MAJOR problem is the fact that when I encounter a doubt or a problem I don't understand, I can't move forward. I really need that doubt to be solved and to know where I went wrong in the problem I was battling. This wastes a lot of time as I am self learning and I just can't ask someone the doubts I have. I can ask it here and I grateful for the helpful people here, but obviously, that takes time and rightfully so. So what do you guys do when you encounter a problem, do you just put that on review and move forward to the next topic and maybe post about it in here, or do you keep staring at the book hard enough to make the book consider filing a harassment case :').

Another problem would be, you just don't understand the wording they have used and being confused, you can't move forward. This is somewhat frustrating. What do you guys do in this case. I feel like referring multiple books would be very helpful, but I am not near a library and can't do that. I have one textbook for topic and not all of them are beginner friendly.

Do you use Physics simulations to understand a topic better? Any links to such simulations would be greatly appreciated. PhET seems to have some really good simulations, but there aren't enough of them. I have seen programs and simulations on individual websites of professors. But I am yet to see a repository which lists them orderly.

Apart from this, I would really appreciate if you were to detail your major problems and how you overcame them. I am sure there is some overlap and I am sure we can learn something from each other.
 
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Slimy0233 said:
I have some amount of resources at my disposal, I have textbooks and notes and what to read is not a problem for me.
How to read Physics and Mathematics is a bigger problem for me.
You do not say what you are reading. That can make a big difference. Using a standard text like Haliday and Resnick, Fundamentals of Physics can make it easier to get help with specific questions.
Slimy0233 said:
Now, what is a MAJOR problem is the fact that when I encounter a doubt or a problem I don't understand, I can't move forward. I really need that doubt to be solved and to know where I went wrong in the problem I was battling.
There is no single answer to this problem. Some things have a simple answer, others can only be answered in a very advanced way, and some things are just how nature works with no known reason that it does not work another way.
Slimy0233 said:
This wastes a lot of time as I am self learning and I just can't ask someone the doubts I have. I can ask it here and I grateful for the helpful people here, but obviously, that takes time and rightfully so.
Yes, a real understanding of physics is a life-long effort. (Maybe a genius knows everything immediately, but they are different from the rest of us.)
You may just have to keep asking specific questions, here and elsewhere.
Slimy0233 said:
Do you use Physics simulations to understand a topic better? Any links to such simulations would be greatly appreciated. PhET seems to have some really good simulations, but there aren't enough of them. I have seen programs and simulations on individual websites of professors. But I am yet to see a repository which lists them orderly.
I have no experience with the simulations that you are talking about. For me, I think that understanding the fundamental principles is not really helped by simulations, but simulations do help to understand the consequences of those principles in complicated situations.
Slimy0233 said:
Apart from this, I would really appreciate if you were to detail your major problems and how you overcame them. I am sure there is some overlap and I am sure we can learn something from each other.
Speaking personally, even though I have a Ph.D. in pure mathematics, I do not have the background (or energy) to understand the specific advanced math that some physics subjects require for a deep understanding.
 
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thank you! @berkeman & @fresh_42

I entered the wrong keyboards in search, so that link from @berkeman helped especially.

As for the interviews, I shall view them soon!
 
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FactChecker said:
You do not say what you are reading. That can make a big difference. Using a standard text like Haliday and Resnick, Fundamentals of Physics can make it easier to get help with specific questions.
I am using texts which are considered standard

I am using Mathematical Methods by Mary L Boas for Mathematical foundation. I really regret not buying Webber tho. I am currently reading Vector Analysis Chapter in Introduction to Electrodynamics by Griffiths and An Introduction to Mechanics by Kleppner and Kolenkov
FactChecker said:
There is no single answer to this problem. Some things have a simple answer, others can only be answered in a very advanced way, and some things are just how nature works with no known reason that it does not work another way.

I am sorry, I really wanted an answer to that. I feel like pondering on a question too much eventually leads to waste of time. Maybe stare at it for 20 mins and then switch to the next problem/topic, you might understand it later. What would you think about what I said? How did you deal with such issues?

FactChecker said:
(Maybe a genius knows everything immediately, but they are different from the rest of us.)
Amen
 
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Slimy0233 said:
I am using texts which are considered standard

I am using Mathematical Methods by Mary L Boas for Mathematical foundation. I really regret not buying Webber tho. I am currently reading Vector Analysis Chapter in Introduction to Electrodynamics by Griffiths and An Introduction to Mechanics by Kleppner and Kolenkov
Now I am confused. Are you reading physics texts or math texts? Are you talking about introductory physics or more advanced? I also think that you should put some information in your profile to indicate your background in these subjects.
As it is, I am too confused to contribute anything worthwhile.
 
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FactChecker said:
Now I am confused. Are you reading physics texts or math texts? Are you talking about introductory physics or more advanced? I also think that you should put some information in your profile to indicate your background in these subjects.
As it is, I am too confused to contribute anything worthwhile.
I am sorry, I am talking about introductory physics but I realize how vital a role mathematics plays. I have some background in Physics, I did study Physics in high school and University, although I don't count my university education as real education because the Indian university I studied in had such low standards that even though I got good marks, I don't know what the hell they taught me (literally the worst years of my life, I feel like they are lost years). But as of now I am trying to get into masters in India and I am making sure that I don't get a shitty university. Which is why I am studying for the entrance exam for Masters for top Indian universities. I have 8 months left and I have all of those 8 months as I sitting at my home. I am sure you can add something which can benefit me. What strategy should I pursue as of now? I know for a fact that I can't delve deep into most of the stuff I am studying, but I want to at least have enough knowledge to know that I deserve a good university. Meanwhile, I might just make a post out of this as I am confused about this. What should be my strategy?

edit: I posted a new post explaining everything. Please go through it if you can
https://www.physicsforums.com/threa...onths-for-a-university-entrance-exam.1053068/
 
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FactChecker said:
Now I am confused. Are you reading physics texts or math texts? Are you talking about introductory physics or more advanced?
Always checking facts, eh? :wink:
 
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berkeman said:
Always checking facts, eh? :wink:
Ha! That ID embarrasses me. I hurriedly used "FactChecker" as an ID when I joined without realizing how permanent it would be. I had used it earlier on an actual fact verification website. I learned a lesson about being more careful when selecting an ID.
 
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Slimy0233 said:
I am using texts which are considered standard

I am using Mathematical Methods by Mary L Boas for Mathematical foundation. I really regret not buying Webber tho. I am currently reading Vector Analysis Chapter in Introduction to Electrodynamics by Griffiths and An Introduction to Mechanics by Kleppner and KolenkovI am sorry, I really wanted an answer to that. I feel like pondering on a question too much eventually leads to waste of time. Maybe stare at it for 20 mins and then switch to the next problem/topic, you might understand it later. What would you think about what I said? How did you deal with such issues?Amen
I'd suggest doing your best effort and then letting it go for a while. It will remain in the back of your mind. Pushing harder , beyond some point, will not help. Like someone said, it's more of an issue of intuition of feeling what's necessary for you to do, than hard-and-fast instructions.
 
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FAQ: How to self study Physics and Mathematics

How do I create an effective study schedule for self-studying Physics and Mathematics?

Creating an effective study schedule involves setting clear, achievable goals, breaking down topics into manageable chunks, and allocating specific time slots for each subject. Consistency is key, so try to study at the same times each day and include regular reviews to reinforce learning. Make sure to balance study sessions with breaks to avoid burnout.

What resources should I use for self-studying Physics and Mathematics?

Utilize a combination of textbooks, online courses, educational videos, and practice problems. For Physics, consider resources like "University Physics" by Young and Freedman or MIT OpenCourseWare. For Mathematics, "Calculus" by James Stewart and Khan Academy can be very helpful. Supplement these with problem-solving forums like Stack Exchange and interactive platforms like Brilliant.org.

How can I stay motivated while self-studying these subjects?

Set specific, achievable milestones and reward yourself when you reach them. Join online study groups or forums to connect with others who are studying the same material. Keep a progress journal to track your achievements and reflect on your growth. Remember to remind yourself of your long-term goals and the reasons why you are studying these subjects.

What are some effective techniques for understanding complex concepts in Physics and Mathematics?

Break down complex concepts into smaller, more manageable parts and ensure you understand the foundational principles before moving on. Use visual aids like diagrams and graphs to help conceptualize abstract ideas. Teach the material to someone else or explain it out loud to yourself. Practice plenty of problems to apply the concepts in different contexts.

How do I assess my understanding and progress in self-studying Physics and Mathematics?

Regularly test yourself with practice problems and past exam papers. Use online quizzes and interactive exercises to get immediate feedback. Periodically review your notes and summarize key concepts without looking at the material. Seek feedback from online forums or study groups. Keeping a study journal can also help you track your progress and identify areas that need improvement.

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