Learning Physics & Math from Scratch: Advice for 24yo With Full-Time Job

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In summary, the individual is seeking advice on how to learn physics and math from scratch without attending college or university due to various commitments. They plan to start by redoing their GCSE math and physics, followed by self-study and potentially enrolling in night school or online college. They have a basic understanding of algebra and trigonometry and are seeking recommendations for books and materials to improve their skills. The typical order for learning math and physics is provided, with a focus on developing skills in algebra and trigonometry before moving on to more advanced topics such as calculus and university level physics courses. It is also mentioned that physics majors typically also take courses in chemistry and computer programming. Recommendations for a good pre-calculus book are also requested.
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JWalters
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Hello all, firstly i would like to say thanks in advance for reading this thread and any advice given will be greatly appreciated. As you maybe guessed from the title i plan to learn physics and math pretty much from scratch and for the time being college/uni isn't an option. Here is a quick overview of my situation.

I'm 24 years old living in the UK with a full time job(60 hours a week), I have just bought my first home,my partner and I have just had our first child, oh and I have recently fell in love with physics. At high school I fell in with the wrong crowd and my grades went down hill, i ended up leaving high school with a bunch of average GCSE grades and i have been in full time employment since.

Due to the commitments above leaving full time work for full time education just isn't an option at the moment, so plan to start by redoing my GCSE math and physics at either night school or online college not sure yet. I also plan to do a lot of home study/self-teaching so any advice on books/papers etc to read would be great. Also could anyone advise on any sort of order to learn/study subjects in.

Again, thanks for reading.
 
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  • #2
What's your skill level in basic algebra/trig? If you're not comfortable with those, then focus on that for now. Once you're comfortable with those, then you can focus on starting to learn calculus and Newtonian physics.
 
  • #3
My skill lvl is very basic at the moment. I have worked through foundation math and basic arithmetic on khans academy and also GCSE textbooks. So I shall be advancing onto algebra very soon.

Thank you very much for suggestions
 
  • #4
As previously mentioned, developing your skills with algebra and trigonometry are the most important first step. You can't really do any kind of physics without at least this much.

The typical ordering for learning math and physics is as follows

Math

Algebra I
Geometry
Algebra II
College Algebra
Trigonometry
(college algebra and trigonometry are sometimes combined into "precalculus")
Calculus I
Calculus II
Calculus III
Differential Equations
Linear Algebra

This is the bare minimum math for a physics major.

Physics - After completing College Algebra and Trigonometry

University Physics I - Classical Mechanics
University Physics II - Electricity and Magnetism
University Physics III - Modern Physics (includes optics, waves/oscillations, thermal and statistical physics, atomic and nuclear physics, with a touch of quantum mechanics and particle physics

Upper level physics
Classical Mechanics (2 semesters)
Electricity and Magnetism (2 semesters)
Thermal and Statistical Physics (1 semester)
Quantum Mechanics (2 semesters)
Upper level physics labs (1-2 semesters)

Exact sequencing and courses may vary from school to school, but this is the typical curriculum. Physics majors are also typically required to take general chemistry and introductory computer programming.
 
  • #5
Thank you very much for in depth reply, I'm sure this will be very useful. Could you possible recommend a good pre-calculus book. The stuff I'm reading at the moment are mainly revision guides which aren't brilliant.
 

1. Why is it important to learn physics and math from scratch?

Learning physics and math from scratch is important because it provides a strong foundation for understanding the world around us and solving complex problems. These subjects are fundamental to many scientific fields and are crucial for success in STEM careers.

2. Is it possible to learn physics and math on your own?

Yes, it is possible to learn physics and math on your own. With the abundance of online resources and self-study materials available, individuals can teach themselves these subjects at their own pace. However, it may be beneficial to seek guidance from a tutor or join a study group to ensure proper understanding and application of concepts.

3. How can someone with a full-time job find time to learn physics and math?

Finding time to learn physics and math while working a full-time job may seem daunting, but it is possible with good time management skills. It may be helpful to set aside a specific time each day or week for studying, and to break up the material into smaller, manageable chunks. Additionally, utilizing commute time or breaks at work to review material can be helpful.

4. Are there any tips for making the learning process more efficient?

One tip for making the learning process more efficient is to actively engage with the material. This can include practicing problems, teaching the material to someone else, or creating visual aids to help with understanding. It is also important to take breaks and not overload the brain with too much information at once.

5. How can someone with no background in physics and math start learning from scratch?

Starting from scratch can seem intimidating, but it is possible to learn physics and math with no prior background. It is important to start with the basics and build a strong foundation in fundamental concepts before moving on to more complex topics. Utilizing online resources, textbooks, and seeking help from a tutor or study group can also aid in the learning process.

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