Mathematics required for physics

In summary, the conversation is about a second year chemistry student in the UK who is interested in theoretical/quantum chemistry and wants to apply for a PhD program. They did not take Maths in school and are seeking advice on the main areas of mathematics to focus on, as well as any recommended texts for supplemental learning. They are concerned about being too far behind in their math knowledge. The response recommends the book "Advanced Mathematics for Engineers and Scientists" by Schaum's Outline as a good resource for the necessary math knowledge.
  • #1
Wavefunction12
12
0
Hi there,

I'm currently a second year chemistry student in the UK. Since starting my degree I've found myself interested in theoretical/quantum chemistry. I would like to apply for a PhD programme in theoretical chemistry, which follows courses in quantum mechanics/statistical thermodynamics.
I didn't take Maths in school, and would eventually like to work within chemical physics/theoretical chemistry/theoretical physics. I would like to know the main areas of mathematics that I need to focus on, some good texts that could supplement learning, this sort of thing. I'm concerned I'm too far behind!

Regards,

PAT
 
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  • #3
Wavefunction12 said:
Hi there,

I'm currently a second year chemistry student in the UK. Since starting my degree I've found myself interested in theoretical/quantum chemistry. I would like to apply for a PhD programme in theoretical chemistry, which follows courses in quantum mechanics/statistical thermodynamics.
I didn't take Maths in school, and would eventually like to work within chemical physics/theoretical chemistry/theoretical physics. I would like to know the main areas of mathematics that I need to focus on, some good texts that could supplement learning, this sort of thing. I'm concerned I'm too far behind!

Regards,

PAT

Can you tell us the extent of your math knowledge?
 

FAQ: Mathematics required for physics

How much mathematics is required for physics?

The amount of mathematics required for physics can vary depending on the level and subfield of physics you are studying. However, a strong foundation in algebra, calculus, and trigonometry is essential for understanding and solving physics problems. Additionally, knowledge of linear algebra, differential equations, and complex numbers may also be necessary.

Can I become a physicist if I am not good at math?

While it is true that physics heavily relies on mathematics, it is not impossible to become a physicist if you are not naturally strong in math. With dedication and hard work, anyone can improve their math skills and succeed in physics. It is important to seek help and practice regularly to strengthen your mathematical abilities.

Do I need to know advanced math to understand physics?

Basic math concepts are essential for understanding physics, but advanced math is not always necessary. Some areas of physics, such as classical mechanics, can be understood with only basic algebra and calculus. However, more advanced topics, such as quantum mechanics and relativity, require a strong understanding of advanced math concepts.

How does math help in understanding physics concepts?

Math is the language of physics, and it helps to quantify and describe the relationships between physical quantities. By using mathematical equations, physicists can make accurate predictions and explanations about the behavior of the physical world. In many cases, complex physical theories can only be fully understood through the use of advanced mathematical concepts.

Can I use a calculator for physics problems?

While it is common to use a calculator for solving math problems, it is important to remember that understanding the principles and concepts behind the equations is crucial in physics. Using a calculator can be helpful, but it should not be relied upon solely. It is important to practice solving problems by hand to fully grasp the mathematical concepts and their application in physics.

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