Physical law behind some physical effects

In summary, the physical law behind certain physical effects includes resonance, adhesion, heat strain, lever effect, surface tension, cutting/bending, evaporation, sublimation, Weissenburg effect, and torsion. These effects are governed by various laws such as Newton's law of motion, Amonton's law, and Coulumb's law. Researching each term individually will provide a better understanding of the underlying physical laws.
  • #1
maniferrari
2
0
Can anyone tell me the physical law which is behind certain physical effects?

1. Resonance
2. Adhesion
3. Heat strain
4. Lever effect
5. Surface tension
6. Cutting/Bending
7. Evaporation
8. sublimation
9. Weissenburg effect
10. Torsion

It would be really helpful for my research. Thank you.
 
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  • #2
example: Physical law behind Linear acceleration is Newton's law of motion (or) Law behind Static friction is Amonton's law and Coulumb's law.
 
  • #3
This sounds a bit like some homework task. Why not Google around each term and soak up some useful information? You'll get much more out of doing it that way than by getting a list of answers from someone else.
 

Related to Physical law behind some physical effects

1. What is the definition of a physical law?

A physical law is a concise and universal statement that describes the behavior of a physical system. It is based on empirical evidence and is used to predict and explain the outcomes of physical phenomena.

2. How are physical laws different from theories?

A physical law is a general and fundamental statement that describes a physical phenomenon, while a theory is a broader and more complex explanation that incorporates multiple physical laws and other principles to explain a wider range of phenomena.

3. What is the role of mathematics in understanding physical laws?

Mathematics is an essential tool for understanding and describing physical laws. It allows us to quantify and make precise predictions about the behavior of physical systems based on these laws.

4. Are physical laws absolute and unchanging?

Physical laws are considered to be universal and unchanging, meaning they apply to all physical systems and are not affected by time or location. However, they may be refined or expanded upon as new evidence and technologies become available.

5. How are physical laws tested and verified?

Physical laws are tested through experiments and observations. If the results consistently support the predictions made by a physical law, it is considered to be verified. However, a physical law may still be subject to further testing and refinement in the future.

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