Should the average undergrad be able to solve most of Griffiths' QM problems?

In summary, it is common for third year physics majors studying quantum mechanics using Griffiths' textbook to struggle with three star problems. It is not expected for them to be able to solve all of these problems on their own, and it is normal for them to receive help from professors, teaching assistants, or fellow students.
  • #1
annms
16
3
I am a third year physics major and am studying quantum mechanics using Griffiths' textbook.

I can do most of the problems with one star or no stars with relatively little effort, but a lot of the problems with three stars I find very difficult and I cannot do them at all.

For the average undergraduate physics major taking quantum mechanics, should I be able to solve all of Griffiths question? Am I doing bad if I can't solve a lot of his three star problems?
 
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  • #2
annms said:
I am a third year physics major and am studying quantum mechanics using Griffiths' textbook.

I can do most of the problems with one star or no stars with relatively little effort, but a lot of the problems with three stars I find very difficult and I cannot do them at all.

For the average undergraduate physics major taking quantum mechanics, should I be able to solve all of Griffiths question? Am I doing bad if I can't solve a lot of his three star problems?

That is perfectly normal. Typically professors will give hints on 3-star problems or students will discuss them with others and/or a teaching assistant. After obtaining some necessary "trick" through these discussions, the problems become much simpler, generally. Students that solve all of those problems by themselves at your stage are exceptional.
 

1. Can an average undergrad solve most of Griffiths' QM problems?

It depends on the individual student's understanding and proficiency in mathematics and physics. Some undergrads may have a natural aptitude for quantum mechanics and be able to solve most of the problems, while others may struggle more.

2. What level of understanding is required for an average undergrad to solve Griffiths' QM problems?

An average undergrad should have a strong foundation in calculus, linear algebra, and classical mechanics. They should also have a basic understanding of quantum mechanics concepts such as wave functions, operators, and eigenvalues.

3. How much time and effort is needed for an average undergrad to solve most of Griffiths' QM problems?

It varies from individual to individual, but on average, an undergrad may need to spend several hours per week practicing problems and reviewing concepts to become proficient in solving most of Griffiths' QM problems.

4. What are some tips for an average undergrad to improve their ability to solve Griffiths' QM problems?

Some tips for an undergrad to improve their problem-solving skills in quantum mechanics include understanding the basic concepts thoroughly, practicing problems regularly, and seeking help from professors or peers when needed.

5. Are there any resources available for an average undergrad to help them solve Griffiths' QM problems?

Yes, there are various resources available such as textbooks, online lectures, and problem-solving workshops that can help an average undergrad improve their problem-solving skills in quantum mechanics. Additionally, many universities offer tutoring services for students struggling with the subject.

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