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Orion73
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Does the understanding and application of physics and fundamental chemistry is only required to be physicist? Or you have to be be equally apt in chemistry??
Something is wrong with the logic of the question or in the usage of words.Orion73 said:Does the understanding and application of physics and fundamental chemistry is only required to be physicist? Or you have to be be equally apt in chemistry??
Furthermore,Orion73 said:Does the understanding and application of physics and fundamental chemistry is only required to be physicist? Or you have to be be equally apt in chemistry??
All the sciences use Mathematics. The more, the better.jim mcnamara said:Do not overlook Mathematics. Without that, nothing mentioned above will ever come to be.
jim mcnamara said:Do not overlook Mathematics. Without that, nothing mentioned above will ever come to be.
bhobba said:Regarding chemistry I do believe all physicists should do a course in physical/quantum chemistry - but no need to get carried away with it unless of course it grabs you in which case that is likely your thing.
Marisa5 said:If you decide to take physical chemistry, do not take it lightly. It's a class where you should expect at least a couple all-nighters during the quarter to study for exams. The labs are fantastic if you get a chance to take them.
Physics is the study of matter, energy, and their interactions, while fundamental chemistry is the study of the basic principles and laws that govern chemical reactions and structures. Physics is a broader field that encompasses many different subfields, including mechanics, electromagnetism, thermodynamics, and quantum mechanics. Fundamental chemistry is a more specific field that focuses on the fundamental principles of chemistry.
Yes, both physics and fundamental chemistry are necessary to become a physicist. A deep understanding of the fundamental principles of both fields is essential for conducting research and making advancements in physics.
While it is possible to become a physicist without studying fundamental chemistry, it is highly recommended to have a strong foundation in both fields. Many concepts in physics, such as thermodynamics and quantum mechanics, rely heavily on the principles of fundamental chemistry.
In addition to physics and fundamental chemistry, mathematics is also a crucial subject for becoming a physicist. Many concepts in physics require advanced mathematical skills, such as calculus, linear algebra, and differential equations.
While a degree in physics or fundamental chemistry is not necessarily required to become a physicist, it is highly recommended. Most research positions and career opportunities in physics require a degree in one of these fields. Additionally, a strong understanding of both subjects is necessary to excel in the field of physics.