I was stuck in understanding how to go from the second to third step of finding eigenvectors. Your third equation and explanation have help me immensely. I'm still a work in progress, but I may have crossed the Rubicon, thanks to you.
It's very simple, the idea is to reduce the augmented matrix into it's row echelon form, that way because we have a 2*2 matrix, the a21 value needs to be zero. So based on the elements in Row 1 we perform elementary row operations to get a zero for a21.
In fact... I rank you so far to Organic Tutor, J.G...am speechless 😮.... Lord I copy n paste dis generous brain of this Man😂❤... U good... kudo's
Awww thanks so much Bonye
I was stuck in understanding how to go from the second to third step of finding eigenvectors. Your third equation and explanation have help me immensely. I'm still a work in progress, but I may have crossed the Rubicon, thanks to you.
Awww. I'm so happy for you
Thank you so much, my test is later today! Very clear explanations
Awwww nice. Good luck
Thank you very much Sir🙏
Youre welcome
Thank you Sir,
Please how do I find the eigen vectors using magnitude formula
Great 👍😃
thank you very much @Kwame.
Great
Thank you Johnson
❤️❤️❤️❤️❤️❤️❤️
Dam good🎉
Thanks so much
Hello sir am a student and am thinking of starting my own channel... Please what software are you using
That's great. Camtasia for recording my laptop screen, smooth draw for writing
Thank you sir
WHY DID YOU DIVIDE ROW 1 BY NEGATIVE ONE OVER FOUR FOR THE SECOND EIGEN VECTOR. YET FOR THE FIRST EIGEN VALUE YOU ONLY MANIPULATED ROW 2 ONLY.
It's very simple, the idea is to reduce the augmented matrix into it's row echelon form, that way because we have a 2*2 matrix, the a21 value needs to be zero.
So based on the elements in Row 1 we perform elementary row operations to get a zero for a21.
Any value we choose for X2 will be valid?
Yes, but usually we choose smaller numbers like 1, -1 etc for simplification and analysis.
Where do you watch me from?
@@SkanCityAcademy_SirJohn Cameroon🇨🇲🇨🇲+237
@@SkanCityAcademy_SirJohn please sir where are you too?
I'm from 🇬🇭 Ghana