How does calculus play a role in physics and chemistry research?

In summary, the speaker is seeking help with choosing a specific topic and finding resources for a research paper on the usage of calculus in physics or chemistry. They are interested in exploring the process of differentiation in describing motion in physics and are open to suggestions for other topics and sources. They mention specific equations and concepts such as Maxwell's equations, Schrodinger's equation, and Newton's F=mdv/dt, which are defined using derivatives.
  • #1
Moonflower
21
0
Haha, this is about 3rd (or 4th) time I'm posting this now, but I really need some good help. Right now I'm trying to decide whether to write research on usage of calculus in physics or usage of calculus in chemistry, but I need more specific topics and resources. I kinda decided that I want to write about usage of process of differentiation in describing motions in physics, but again, I need some good sources. But, if you have good sources for usage of calculus different topics in both physics and chemistry, it will be awesome.

Thanks for your help.
 
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  • #2
maxwells equations use intergration , schrodinger's equation and probabiltiy distrabution , F=mdv/dt Newton defined them with dervatives
 

Related to How does calculus play a role in physics and chemistry research?

1. How is calculus used in physics?

Calculus is used in physics to describe and analyze the behavior of physical systems. It is used to solve equations and make predictions about the motion of objects, the change of energy and forces, and the behavior of waves and fields.

2. What are the main applications of calculus in physics?

The main applications of calculus in physics include finding the velocity and acceleration of an object, determining the rate of change of physical quantities, and calculating the work, energy, and power involved in a system.

3. Can calculus be used in all areas of physics?

Yes, calculus can be used in all areas of physics. It is particularly useful in studying classical mechanics, electromagnetism, thermodynamics, and quantum mechanics.

4. How does calculus help in understanding complex physical phenomena?

Calculus helps in understanding complex physical phenomena by providing a framework for analyzing and solving complicated equations and problems. It allows us to break down a complex system into smaller, more manageable parts and make predictions about their behavior.

5. Do I need to have a strong background in calculus to understand physics?

A basic understanding of calculus is necessary to fully understand and apply concepts in physics. However, some basic principles of calculus, such as derivatives and integrals, are commonly used in introductory physics courses and can be learned as part of the course material.

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