What Is Considered the Most Difficult Topic in Linear Algebra?

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Linear algebra often begins with manageable concepts like solving systems of equations and performing row operations, but it can become complex as the course progresses. Many students find linear transformations and matrix diagonalization, particularly eigenvalues and eigenvectors, to be among the most challenging topics. Despite initial perceptions of difficulty, these subjects can also be engaging and enjoyable. The course is foundational for understanding many advanced mathematical concepts. Overall, students are encouraged to embrace the complexities as part of the learning experience.
srfriggen
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Hello,

I don't have a HW problem to post (yet) but I have just started taking college level Linear Algebra and was wondering what most people consider the most difficult topics in the course?

At this point I am up to solving for systems of many variables (usually 3) by performing row operations to invert matrices etc.

So far (2 weeks in) the class seems fairly easy, but everyone I've spoken to says that linear algebra starts off slow then gets very complex and difficult.
 
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Linear algebra is a nice subject that people in general don't have that much trouble with. I certainly never had much trouble with it but analysis was another problem. It took me a while to get my head around the idea of a limit.
 
srfriggen said:
Hello,

I don't have a HW problem to post (yet) but I have just started taking college level Linear Algebra and was wondering what most people consider the most difficult topics in the course?

At this point I am up to solving for systems of many variables (usually 3) by performing row operations to invert matrices etc.

So far (2 weeks in) the class seems fairly easy, but everyone I've spoken to says that linear algebra starts off slow then gets very complex and difficult.

IMO, one of the most difficult topics are linear transformations and matrix diagonalization. The latter topic involves eigenvalues and eigenvectors.
 
These are not that hard and can be very fun to play with. Matrix diagonalisation is pretty simple and fun too. I think that you will have a great time with this course. It is one of the subjects that underpins most of modern maths.
 
Question: A clock's minute hand has length 4 and its hour hand has length 3. What is the distance between the tips at the moment when it is increasing most rapidly?(Putnam Exam Question) Answer: Making assumption that both the hands moves at constant angular velocities, the answer is ## \sqrt{7} .## But don't you think this assumption is somewhat doubtful and wrong?

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