What is the first topic I should learn

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In summary, when you take a high school (A-Level) physics course at school, the first couple of topics you learn are the SI unit system, densional analysis, and Newtonian mechanics.
  • #1
uperkurk
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When you take a high school (A-Level) physics course at school, what are the first couple of topics you learn? I want to begin with the most straight forward basic stuff. I've looked around but can't seem to find a high school syllabus.
 
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  • #2
I guess you have some basic knowledge in algebra, geometry, pre-calculus and calculus.

I suggest the very first topic is SI unit system, and densional analysis.

Then, you may start to work with Newtonian mechanics.

By the way, if you are green in physics, you may start with some conceptual introductory text.
 
  • #3
kiwakwok said:
By the way, if you are green in physics, you may start with some conceptual introductory text.

I disagree, respectfully of course. The conceptual route was the route I took 20 years ago, which resulted in my getting a BA in biology. A BA means you went the conceptual route and stayed there because you thought you already learned it and, well, I've got my degree, right, doesn’t that prove I know the material?

The problem is that it's a red herring. I'm now studying to reenter academia in an engineering-informatics area and my “conceptual” background is haunting me like a Halloween hangover. I’m having to start from the beginning doing the real math and science and I’m finding out that physics looks entirely different from the calculus point of view.

In any case, I would recommend going all-in with math first perhaps even a year or so you before get into physics. The reason is that physics IS math, and if you’re weak on the math you won’t get the physics and you’ll be wasting your time. Not only that, but you might get discouraged and dump science altogether. That is the real danger with being weak on math, because, believe it or not, math is really easier than physics. Math is a bunch of straightforward rules. Physics is a bunch of confusing word problems. Don’t go into that battle with a Halloween costume sword and a coat of arms with a BA plastered on it.

This is a problem with many college curriculums where they try to match the level of math classes being taught concurrently with the level-physics being taught. I personally think you should learn the math required well before you tackle the physics. But that is just me, the hard lesson I learned.
 
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  • #4
Guess I need to learn pre-calc and calc then :D and thanks Dirac :)
 
  • #5


The first topic you should learn in a high school physics course is typically mechanics. This includes the study of motion, forces, and energy. Some specific topics within mechanics that are usually covered in the beginning of the course include kinematics (the study of motion without considering its causes), Newton's laws of motion, and work and energy. These topics provide a foundation for understanding more complex concepts in physics. Other common topics in a high school physics course may include electricity and magnetism, waves, and optics. It is important to note that the specific topics covered may vary depending on the curriculum of your school or country. I recommend checking with your school or searching for a syllabus online to get a better understanding of the specific topics that will be covered in your high school physics course.
 

FAQ: What is the first topic I should learn

What is the first topic I should learn?

The first topic you should learn depends on your specific field of study and interests. However, a good starting point for most scientific disciplines is to have a strong foundation in basic mathematics and scientific principles such as the scientific method.

What are some important fundamental concepts to understand before diving into a specific topic?

Some important fundamental concepts to understand before diving into a specific topic include understanding units and measurements, basic statistics, and the concept of variables and their relationships within a system.

Is it more important to focus on theory or practical applications when learning a new topic?

Both theory and practical applications are important when learning a new topic. It is crucial to have a strong understanding of the underlying theory in order to effectively apply it in practical situations.

What are some resources I can use to learn about a specific topic?

There are many resources available to help you learn about a specific topic, such as textbooks, online courses, research papers, and scientific journals. You can also reach out to experts in the field or attend conferences and workshops to gain more knowledge and insight.

How can I determine if I have a good understanding of a topic?

A good way to determine if you have a good understanding of a topic is to explain it to someone else. If you can effectively communicate the key concepts and principles to someone else, then you likely have a good grasp on the topic. Additionally, practicing and applying your knowledge in real-world situations can also help solidify your understanding.

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