Question about order of topics covered in a physics course

In summary, a typical physics course covers the following topics in this order: mechanics, thermodynamics, waves and optics, electricity and magnetism, and modern physics. Mechanics is usually covered first in order to establish a foundation for understanding the other topics. It is not necessary to cover thermodynamics before electricity and magnetism, but some courses may choose to do so. Waves and optics are related to electricity and magnetism and modern physics, and modern physics is usually the last topic covered due to its dependence on previous topics and more complex ideas.
  • #1
sona1177
173
1
Hi, I was wondering what does a standard introductory, algebra-based course cover first, rotational motion/torque or energy and conservation?

Thanks
 
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  • #2
All (or very nearly so) the introductory 'standard' Physics texts have the same order of topics- if your instructor follows the book, you will likely cover energy before rotation.

Instructors don't *have* to follow the order- I cover rotation before energy in my class.
 

1. What is the typical order of topics covered in a physics course?

In a typical physics course, the topics are usually covered in the following order: mechanics, thermodynamics, waves and optics, electricity and magnetism, and modern physics.

2. Why is mechanics usually the first topic covered in a physics course?

Mechanics is usually the first topic covered in a physics course because it provides a foundation for understanding the other topics. It introduces fundamental concepts such as motion, forces, and energy, which are essential for understanding more complex topics.

3. Is it necessary to cover thermodynamics before electricity and magnetism?

It is not necessary to cover thermodynamics before electricity and magnetism, as they are both separate branches of physics and do not require prior knowledge of each other. However, some courses may choose to cover thermodynamics first as it introduces important concepts such as energy conservation and entropy.

4. How do waves and optics relate to other topics in physics?

Waves and optics relate to other topics in physics, specifically electricity and magnetism and modern physics. The behavior of light and other electromagnetic waves can be explained using the principles of electricity and magnetism. Additionally, the study of modern physics, such as quantum mechanics, is crucial for understanding the behavior of light and other waves at the atomic and subatomic level.

5. Why is modern physics usually the last topic covered in a physics course?

Modern physics is usually the last topic covered in a physics course because it builds upon the concepts and theories learned in previous topics. It also introduces more complex and abstract ideas, such as relativity and quantum mechanics, which require a strong foundation in the fundamentals of physics.

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