Linear Algebra: Ch 3 - Eigenvalues and Eigenvectors (2 of 35) What Are Eigenvalues? (Part 2)

In this video I will explain and show the eigenvalue, lambda, is derived from a matrix (Part 2).

Next video in this series can be seen at:

[mymoneymyinvestments]

thanks a lot for these video.
I m starting my Masters in Mechanical Engineering. I wish I have teacher like you. thanks

[thembelihlembayimbayi]

You're a very good teacher, sir.
You once helped me in my first year physics, and yet you still do in mathematics. Thank you so much. :) :)

[mahdileilaz]

Dear Mr.van Biezen, I don't understand step between [ Av-(lambda)v = 0 ] and [ det( A-(lambda)I )v = 0 ]. How and according to which property ( det ) comes to this equation.

[javeda]

Please it would be better if you start with the basics like vector definition and differential equation explanations for non math (medicine/biology) people. Or please guide of any other playlist in your collection which can be done prior to better understand this play list. Thanks

[biggusmaximus]

Sir, why need to assume that Av =
Iλv, even though A isnt equal to Iλ ?

[mavihs]

This only works for a 2x2 matrix what if you have a 3x3 matrix this only gives 2 of the eigenvalues how do you figure out the third with a formula ?