Where Can I Find a Comprehensive List of General Physics Equations?

In summary, the conversation discusses the possibility of a list or book that contains general equations and formulas in physics. The response mentions the existence of equation sheets and textbooks that explain the equations, but emphasizes that understanding and application come with studying physics.
  • #1
nebbione
133
0
Hi everyone, i I was reading a physics book, (calculus based), and i resumed all the equations (almost I think) with two equations:

x(t)=x(starting) + ∫v(t)dt
v(t)=v(starting) + ∫a(t)dt
..
etc...

i want to know if there is a list of these general equations, physics general formulas... do you know if there are some or book that describes these formulas or treats every formula like these?
 
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  • #2
I think you're asking for an equation sheet like this:

137266.image0.jpg


Of course, the equations will be difficult to use or understand without some explanation, which is provided in pretty much all physics textbooks.

If you want a list of equations and to learn how to use them and understand what they mean then you're describing the study of physics
 

FAQ: Where Can I Find a Comprehensive List of General Physics Equations?

What are the main equations in general physics?

The main equations in general physics are Newton's laws of motion, the law of gravitation, the laws of thermodynamics, and the laws of electricity and magnetism. These equations form the foundation of our understanding of the physical world and are used to describe and predict the behavior of objects and systems.

How do these equations relate to each other?

These equations are all interconnected and build upon each other. For example, Newton's laws of motion are used to describe the motion of objects, which is then used to derive the law of gravitation. The laws of thermodynamics are based on the principles of energy conservation, which is also a fundamental concept in the laws of electricity and magnetism.

Can these equations be used to solve real-world problems?

Yes, these equations are used extensively in various fields of science and engineering to solve real-world problems. They can be applied to a wide range of phenomena, from the motion of planets to the behavior of atoms and molecules. They are also used in the development of technologies such as airplanes, computers, and medical devices.

Are there any limitations to these equations?

While these equations are incredibly powerful and accurate in describing the physical world, they do have limitations. For example, they may not be applicable to extreme conditions such as black holes or the early universe. Additionally, they are based on our current understanding of physics, which is constantly evolving and may require updates or modifications in the future.

How can I remember and apply all of these equations?

It can be overwhelming to try to remember all of the equations in general physics, but the key is to understand the underlying principles and relationships between them. Practice and repetition can also help with memorization. Additionally, using mnemonic devices or creating visual aids can aid in remembering the equations and their applications.

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