Eigen values and Eigen vectors | 3 x 3 matrix | Problem Solved | Mathspedia |

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Eigen values and Eigen vectors | 3 x 3 matrix | Problem Solved | Mathspedia |
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[@citolero]

Thanks for this. There are many other videos on KZbin about calculating eigenvectors given eigenvalues, but they all seem to involve arbitrary methods of simplifying equation coefficients, as well as arbitrary choices of values for one of the variables, based on insight into the particular example being used. In contrast, this method is general and seems always to work, with no choices to be made other than which pair of equations to use (see above). It is therefore exactly what I needed for implementation in code. The only thing I don't understand is what the equal signs really mean when you write x = y = z, especially when you have a denominator of zero (y / 0) in the first example.

[@Akamo1997]

Thank you tremendously sir , this your method is very simple. I couldn't validate linear algebra 2 because finding eigen vector was a nightmare to me.

[@bmariani52]

Like the first easy method. Speeds up finding the Cubic equation that can be factored into lamda vales. Great !!!

[@saurabhshirole5515]

Very excellent teaching sir ,I understand clearly it .❤💯🔥

[@Mr.UtimOrdueElijah]

Much appreciated sir ❣️. You're excellent.

[@alharithdamra2309]

you are great sir greetings from Sudan international student in India

[@Chikulamayembe57]

Brilliant presentation!

[@kaveeshasewmini746]

thank you for your explanation. I learnt what I didn't here in lecture. :)

[@imafidonat]

Thank you so much for this matrix explanation, you made it very easy to understand.

[@bmariani52]

Mathspedia Professor, How do you use the Easy Method to solve for a 4x4 and a 2x2 matrix ? How do you formulate the Quartic equation aX^4 - bX^3 + cX^2 +d ? Where you need 1, s1, s2, s3, s4 for the quartic equation. A = [[ 1, 0, 0, 0 ], [ 0, 1, 5,-10 ], [ 1, 0, 2, 0 ], [ 1, 0, 0, 3 ]] = (h− 1) (h-1) (h − 2) (h − 3). // h = lamda char, h^4 and the eigenvalues are h1 = 1, h2 = 2, and h3 = 3. (Note that h1 = 1 has a multiplicity of 2.)

[@TabHome-yq3nt]

Sir is this method same for repeated and non repeated eigen values

[@Ankitdas159]

Sir, I am getting all three equation same while finding the eigen vector. How can i find the eigen vector? Please reply Sir🙏🏽

[@barididumlerasi3539]

Thanks a lot it really helped.

[@JAMALYTUBE]

The best one out there

[@leonelmessi3010]

thanks saves a lot of my time

[@Mrtrollenl]

You are really good teacher ❤

[@manim5514]

Wonderful explanation sir.. thank you

[@user-bu4jt1py9z]

Thank you so much for ur explanation,,,,,itx very simple 🎉

[@satyanarayanamamillapalli1822]

This video help me a lot

[@vishnu6557]

very helpful for my supplementary exam

[@bintefarooqbintefarooq7755]

ThaNkuu Soo much sir... God bless yuhhh 😍

[@yeshalabhavani1305]

Thank u so much it was very simple to find eigen vectors😊

[@s.kokilamanir.sivasubraman2098]

Very useful

[@MotivePulse2222]

This the a life saver good sir thank you

[@varikutikoteswararao2004]

Very very thank u sir

[@PSEUDObrucelee]

Thanks a ton

[@pradeepsakthi6070]

Very useful 😁 tq

[@user-kk3pz6vu3l]

Thank you sir teaching me using calculator. I hope they allow me to use in exam

[@deltamilez]

Your the best Sir

[@sanjanashukla8684]

Thank you so much sir 🙏

[@user-se7dd7js8o]

thankyou

[@arnabidas5647]

Sir what about in new calculator??? How can I use this

[@rajus.r9603]

Tq u sir

[@thebigheartedboyy]

You are definitely worth my subscription 🙌

[@406akhila3]

Super

[@kagiso2131]

the easy method is the best

[@uday_pasodi]

Tq today was my exam 🙏

[@shoaibshaikh2003]

In y there is negative sign bcz we find the determined

[@samluther5400]

Very versatile helpful I secured my six marks thanks alot

[@user-bl9ql6ki9h]

well said

[@shaikhuzma786]

Tq so much sir❤😊

[@anargha_]

Thanku

[@saitamasensei1984]

anna you're king love you anna

[@satyanarayanamamillapalli1822]

It is applicable for all type of problems

[@krishnavenilingala-yw1cd]

No

[@Akamo1997]

I wish you make a video on diagonalization also

[@MATHSPEDIAabhi]

Uploaded 🔗 kzbin.info/www/bejne/aXbHeaaro6adirM

[@Joshuaa_777]

❤❤❤

[@ahmedraza6257]

First method is not lengthy so I would prefer that method

[@bikramjitpathak4757]

But what is this method called??

[@sunnynaveen194]

How to find the root without using calculator

[@kishoreyennam2213]

Can you solve eigen values with out scientific calculator

[@MATHSPEDIAabhi]

Yes ofcourse

[@akshayk6691]

What if we got all 0 element while forming 1x1 matrix

[@ZenTrickz]

You have beautiful handwriting

[@MATHSPEDIAabhi]

Thank you

[@bharathkumarreddy4737]

Not using calculator how to find

[@Soumya-ye8ss]

Using synthetic division

[@neutropie6383]

simply solve the characteristics equation by taking common and use middle term splitting method to find the roots of the equation. Here he completely solve the equation instead of taking common terms out

[@aadilvahora_]

​@@neutropie6383by spliting roots is a lot conplex method because if we do +_ mistake then we can't able to identify our mistake

[@tarunun4189]

Sir lamda equation with calculator I need

[@awhenpeter3669]

Please can you solve the to get the eigenvalues without using calculator

[@MATHSPEDIAabhi]

@@awhenpeter3669 kzbin.info/www/bejne/p6TWkGWtpKZ3b9Ufeature=shared

[@bairikonapalli7045]

Sir I have a doubt in exams we can uses direct method they give marks

[@MATHSPEDIAabhi]

It depends on how much mark the question is asked.

[@chandanaranasinghe7197]

Why select only first equations ....... If we select second & third what will happen

[@MATHSPEDIAabhi]

Can you mention which part of the video

[@chandanaranasinghe7197]

@@MATHSPEDIAabhi 16.20 to 16.25 ..... some time i got different answers ... is there are any conditions choose to which pair of equation get to solve

[@EnergyCyber]

I love indian youtubes.

[@TOLANAGERI]

10Q GUYS FOR YOUR APPR.

[@rajendranaik6446]

How to find eigen values without uses calculator, please sir reply 🙏🙏🙏🙏🙏🙏🙏🙏

[@MATHSPEDIAabhi]

Will upload soon

[@user-zm1rz6nb3n]

Plz give me book reference of this method

[@MATHSPEDIAabhi]

Grewal higher engineering mathematics

[@user-zm1rz6nb3n]

@@MATHSPEDIAabhi plz tell me the book writter name where i will find this method

[@MATHSPEDIAabhi]

@@user-zm1rz6nb3n bs Grewal

[@arifahamad3198]

Calculation kaise ho rha hai wo bhi batana chahiye n

[@MATHSPEDIAabhi]

kahan pe bhai (mention the time in video)

[@skullsgamerz]

Sir you did wrong look your solution at the time 7:37 at last you put the value -14+9\ which is wrong

[@MATHSPEDIAabhi]

Ok yes,thanks for mentioning it. 3-45=-42

[@skullsgamerz]

Or sir btw your videos are amazing❤

[@prasannakumar5382]

Using A-I=0

[@1fessor]

It is minor, not cofactor

[@MATHSPEDIAabhi]

Yes ,thanks for mentioning it👍

[@dr.satyakamatam2540]

Sir there exist very very easist method to find eigen vectors. I am extremely very sorry to say your method is lengthy and labourious

[@MATHSPEDIAabhi]

Ok 👍

[@shivangisinghrajput5645]

Without calculator kaise karenge value find

[@Iimkarthik]

Sir how to find the value without calculator please tell me sir in sem they wont allow us to take calculator

[@Akamo1997]

I failed linear algebra 2 in the second semester become i didn't know how to find eigen vector , it was a nightmare to me. Thank you tremendously sir this your method seems simple to understand for me.

[@Akamo1997]

Sir I really wish you make a video on diagonalization.

[@krishnavenilingala-yw1cd]

That was a long process

[@arifahamad3198]

Wo bhi batayi

[@user-ft6vs2ld2v]

I think s2 is wrong ...

[@MATHSPEDIAabhi]

No,we have verified using other method also

[@sahilkamblelifestyle5361]

Voice kyu off kiya hai kucha samjame nahi aa raha hai

[@MATHSPEDIAabhi]

Kahan pe off Kiya Bhai.Tims mention karo