Diagonalization m1 | diagonalization of matrices | diagonalization of matrix 3x3 | linear algebra

[@jellowz3556]

Thank ma'am!
I hope you will also teach this topic "definition of exp z for imaginary z" under the linear equations with constant coefficient

[@Mathematicsforyou]

Welcome 🙂

[@AJ-fo3hp]

5:25 why Z=0 ? Why missing?
Then 2x=y if x=1, y=2
Why it is not mentioned?

[@Mathematicsforyou]

Since rank is 1 so we can choose any two variables randomly. Here I am taking x and y here. You can also take x and z or y and z.

[@hustler359]

@@Mathematicsforyou ma'am In PI of (D^2-7D+10)=e^2x we get 2 different answers by using the factorial method and picking them seperately why?? Plz explain

[@suhan_khan786]

Thanks mem please make more vedios

[@Mathematicsforyou]

Welcome. Please share 🙂

[@kushisharma2641]

Mam eigen values alag-alag a sakti hai

[@Mathematicsforyou]

I have uploaded two more videos on diagonalization. They are having different eigen values.
Lekin ek matrix ki eigen values same hi aayengi aur unka sum principal diagonal ke elements ke sum ke barabar hoga.

[@AmarKumar-wd1pm]

Mam discrete structure rgpv syllabus start karaia

[@Mathematicsforyou]

Okay I will try.🙂

[@yogeshjoshi1614]

👍👍

[@Mathematicsforyou]

🙏🙏

[@vaastuShellybuildcon1556]

Mam ap ab UA-cam pr video upload kyo nahi krte ho

[@Mathematicsforyou]

Surely I will try to do so.

[@divyanshuprajapatiprajapat4735]

Thank mam for efforts mene apko ek email PE message Kiya tha please reply to

[@Mathematicsforyou]

Welcome 🤗