Studying Learning Math & Physics: Questions & Tips

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Learning mathematics and physics involves understanding abstract definitions, which can be challenging. It is often beneficial to memorize these definitions initially, as this helps in applying them correctly. The practice of solving theorems and exercises is crucial for mastering concepts like Newton's laws and thermodynamics. In theoretical physics, foundational subjects include coordinate systems, linear algebra, calculus, and differential equations, which are learned progressively as needed.For self-study, individuals should identify their learning styles, whether visual, auditory, or kinesthetic, and maintain curiosity and discipline. Resources like online forums and educational platforms can provide support, even for those not enrolled in formal education. It is advisable to start with fundamental topics and avoid more complex areas like abstract algebra and advanced theories until a solid foundation is established. Engaging with materials such as Feynman's Lectures can enhance understanding and spark further inquiry.
Frouel
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I have a few questions concerning learning mathematics and physics.
1. How to learn abstract definitions? Must I do learn it by heart? How to understand and apply them correctly?
2. What type of subjects you learn in theoretical physics include mathematics. I need subjects with all years of study.
3. How to learn on your own? How to hasten to learn science?
4. Where I can find help If I am not a student?
5. Do you have any good tips what avoid or what do, learn physics?
 
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I think these answers depend upon your age and educational experience. I will point you at MIT Open courseware generically..
 
I know where I can find proper scientific pages and publications, but You didn't response on my certain questions.
 
So what is your age and educational experience?
 
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Frouel said:
How to learn abstract definitions?

Also, what's an example of an "abstract definition"?
 
17/high school student.
 
etotheipi said:
Also, what's an example of an "abstract definition"?
or formal definitions...
 
Frouel said:
or formal definitions...

Too vague. Do you mean equations, or wordy definitions, or what? Please give an example from maths or physics, so that we can attempt to be of any help!
 
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I ended all high school school program with physics and mathematics, include olympiads.
 
  • #11
Frouel said:
I have a few questions concerning learning mathematics and physics.
1. How to learn abstract definitions? Must I do learn it by heart? How to understand and apply them correctly?
2. What type of subjects you learn in theoretical physics include mathematics. I need subjects with all years of study.
3. How to learn on your own? How to hasten to learn science?
4. Where I can find help If I am not a student?
5. Do you have any good tips what avoid or what do, learn physics?
Those are not very productive questions. If you have those questions, it at best means you are curious or interested in Mathematics and Physics.

If you CAN continue being a student and attend an academic institution after high school, even if something such as a community college, your options to start there should be good. Most of the questions you asked in your post #1, you will find the answers to as you go.

Some confusion: You said you are not a student. If you could change this and gain admission to something like a community college, then this would be a productive change. In studying Physics (or many other things in technology or sciences), you want to learn partly in laboratories - not just from books and paper.
 
  • #12
Frouel said:
17/high school student.
See, that helps a lot.

You should start reading Feynman's Lectures on Physics and viewing Walter Lewin"s Lectures.
I'm not big on definitions but if you wish to communicate to other humans they are occasionally useful. So "as needed".
After a few months you will have new questions.
 
  • #13
Frouel said:
I have a few questions concerning learning mathematics and physics.
1. How to learn abstract definitions?
It's sometimes easier to learn them by heart just to get used to them, than heading for comprehension. E.g. the ##\varepsilon-\delta## definition of continuity. It is easier than to deduce it from its meaning everytime it is used.
Must I do learn it by heart?
How else do you learn physical laws? Newton, thermodynamics, etc. The alternative would be to learn the according underlying differential equation systems. This would be by heart, too, and far too difficult to derive the laws from that.
How to understand and apply them correctly?
By practice. Theorems, exercises, and again exercises. There is no shortcut to practice.
2. What type of subjects you learn in theoretical physics include mathematics. I need subjects with all years of study.
This list would be a bit long, wouldn't it? Just go through our forums, especially the homework forums. The short answer is coordinate systems, linear algebra, manifolds, calculus and differential equations on the mathematical side. They are all over the physical place. But you don't start with such a heavy load. You learn them piece by piece on your way as needed.
3. How to learn on your own?
Now this is definitely an individual question. Different people have different strengths and weaknesses. Some have a photographic memory, others need visual stimulations, some learn best alone, others in groups. This question is one for your teachers who know you better.
How to hasten to learn science?
With a lot of discipline, always being curious and asking "why", and checking - for example here on PF - whether what you have learned is correct, or must be corrected, esp. if you learn on your own.
4. Where I can find help If I am not a student?
Here, where you are. We basically offer free tutorials. All what is needed from your side is seriousness and some efforts, so that we can see, where you got stuck.
5. Do you have any good tips what avoid or what do, learn physics?
Avoid abstract algebra at the beginning and elaborated fields like quantum field theory and general relativity. Do learn calculus and differential equations.
 
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