Matrix inverse method || matrix inverse 3x3

Hey guys,
Hope you all are doing well. I had got a comment to add an example on same method having - ve sign. So here it is hope you are going to love it.
you will find a video on cramer's rule too.
Follow the link given below.
• Cramer's Rule 3x3 || C...
Matrix inversion method in Hindi:
• Matrix Inversion Metho...
Numerical example when we are asked to calculate largest Eigen value:
• Rayleigh's power method
Matrix inversion method example 1:
• Matrix inversion method
Gauss Seidel Method:
• Gauss Seidel method ||...
visit playlist to get all the videos on Numerical method:
• Numerical method
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[@hibaibrahim6745]

Well explanation but sir how do you get Last answer which is =5 5/3 4/3 if you could share will really appreciate that

[@Civillearningonline]

Divide 90 by 18, 30 by 18 and 24 by 18. You will get your answer.

[@Tajuddin-fv4lb]

X=5 , Y=1.6 , Z=1.3 This is the answer

[@sarthakchatterjee6537]

Dimaag nahi hain kya?

[@rajuk6462]

How can we verify the x y z value ? sir

[@akinjidesleek]

@@rajuk6462 substitute x,y and z into any of the three original equations and you should get a value equal to the constant on its right hand side.

[@annmartina5060]

One of the best explanations so far.

[@shreerameswarmahadevmandir1662]

Very helpful for poor students which cannot afford tution classes. Thank You Sir 🙏🏽

[@pranavaomanakuttan3318]

Correct 👍

[@vishalthalesari0720]

Yeah

[@tumwinehassan6410]

Yo premitue👈

[@dipendrabasnet3979]

That is my reality...

[@aloneagentgamer3348]

Nice feedback...❤

[@aadithyn3338]

Finally you corrected your last video...mistakes . Appreciated

[@johnngiliye1684]

Thank you for more explanation and details I hope this program it may increase more knowledge to students, I'm the one who will be the ambassador of this program. 🤙

[@XavierReturnsX]

I PAY LAKHS TO THE COLLEGE BUT I UNDERSTOOD NOW AFTER SEEING THIS VIDEO SUPER SIR ☺️

[@Civillearningonline]

Thank you dear.

[@rupeshrahul5537]

Which college you are

[@s.praveenandpramodh4326]

​@@Civillearningonline❤

[@glorycharles9946]

Thanks sir I've really benefited from this tutorial

[@nikkymia1212]

Tanxs sir,it really helpful,I have been studying with it to prepare for my exam next week.

[@djmalucreacation.ankalagi4605]

Hi

[@timothyanimsasraku7178]

Thanks bro, I had a great lesson

[@valleremaragia7442]

Well explained👏I have really benefited from this.

[@Civillearningonline]

Thank you

[@JeremyCheng-wm9xp]

It was very helpful Thank you ❤

[@starkhattak9167]

Thanks sir beautiful explain it's clear ALLAH AAP ko khush raka (ameen)

[@syedhassannaqvi839]

It's Very Very Very helpful Brother 💕💕 Thank You Soo Soo Much ❤️

[@SilasMatili-li6ft]

Well understood sir ,God bless you 🙏

[@musasacademy_360]

Thanks you so much, it helped a lot.

[@user-bc9eb7vl3r]

Thanks sir for well explanation❤

[@sagarikakalita8]

Thank you very much sir. And sir your explanation is very simple which is very helpful to understand the concept.

[@MaheshMahesh-ft6it]

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[@olusolaolukayode3960]

Thanks for bringing down to very lowest explanation..... more grace

[@Civillearningonline]

Welcome dear

[@muthuaeric326]

I have an Examination tomorrow at Kenyatta university in Kenya and I am sure this will be of benefit Kudos sir

[@Civillearningonline]

Best of luck

[@umanarayana7549]

Thankyou so much uncle😭😭🙏🙏

[@whyzonRotich]

Thanks sir beautiful 💕 explanation 👏

[@TRSPrAsAD84]

At first thanks for this vedio sir. I am watching from Nepal. At first i tap this vedio mistakely than i know this is the best vedio for my present classes. Sweet love sending from Nepal sir ☺️ If you dont mind sir My english is so poor but i unstand this vedio i cant speek and write easly english but i unstand sir If any mistake for here in text sir Sorry for this 😊

[@Civillearningonline]

I am also Nepali😍 Nabin Sah

[@TRSPrAsAD84]

@@Civillearningonline Sir what a coensidance sir my name is also Nabin Sir if you dont mind Can you give me big opportunities Sir your face book link☺️

[@supeshsultane9539]

Very nice explanation sir

[@Aasu14231]

Sir can we solve the question if they're ask to solve by cremers rule? Is this alternative way or what ? Plz ans me sir

[@user-fy9jj4ew5e]

thank you bro u very helpfull

[@BuwuleAugustine-wy5sy]

Thank you good explanation

[@me-07harshmarghade25]

Thank you so much my big confusion is solved 🙏🙏

[@ankithapallapu3317]

Very simple ga chputhunnaru brother

[@Civillearningonline]

Thank alot dear

[@pricelokeshyt118]

Hii

[@user-jf2gu8yf6t]

TNX sir

[@theonesidekiller5861]

Thank you ❤

[@vijayalaxmi7400]

Bhaya why will write xyz in column Matrix, why can't we write in row matrix?

[@SilasMatili-li6ft]

Very helpful sir but confused by the signs for last row !

[@SleepyBambooForest-nf4sh]

Good explanation sir

[@aditinikam4374]

Thanks sir 🙏

[@mdsalimfj1564]

Mashallah ❤️❤️❤️ very mice alahamdu lillah

[@thriveconceptsinvestments184]

well explained. Thank you Sir.

[@ShaikRehan-mb1uk]

Thank u bro

[@roshanikujur5148]

Thank you sir. Beautiful explanation i was able to understand well. I am know to this topic i want to get help from you, how can I get through it

[@wfghjji3898]

Thank you so much sir your explanation

[@Sudarshan_n_m_]

Tq sm... Bro 🙏🙏🙏❤✨

[@user-rj5yn8eg9t]

Thanks you sir more grace sir

[@nmmuniyappa4323]

Tq for this video sir

[@othirupat3110]

Good boy super I will understood

[@Mr.Andreas07]

wow so nice i really enjoy and i get same knowledge

[@Civillearningonline]

That's great

[@nziokaelizabeth8874]

How do one come up with the signs of the matrix...since they are all changing in the two videos...thank you

[@Civillearningonline]

Those are the sign of co-factor.

[@rahulkr.chauhan4989]

Arry bhai love this 💜

[@ajayxoxo]

Thank you sir you are graet

[@majdnbutros4216]

Thank you sir

[@fficialbissu9480]

Thanku sir 🤗🤗 good explication in Short time ❤️❤️❤️

[@agent.gaming4309]

Nice bro 🥳

[@ankithapallapu3317]

Baga chputhunnaru

[@simonetarigho3626]

Nice explanation

[@akhila.ramireddy5851]

thanks for clear explanation👏👏👏

[@ahmadalidogar1417]

Mashallah appriciated job ❤

[@ramshiyamscs117]

Thanks again

[@edwinkt9534]

Thanks 🙏 😊

[@atharvtikhile]

Very nicely

[@UzamukundaJeanine]

thank u for explanation

[@Civillearningonline]

Welcome

[@ajayserapu3102]

Tq sir🙏🙏🙏🙏🙏🙏🙏

[@ujjwaldevkota9371]

Thanks

[@georgeowino9145]

If you know, you know. Thank brother

[@Civillearningonline]

Welcome dear

[@MissGulzar-ii6uk]

I understand this topic

[@Devbhumi_uk.007]

Tq sir

[@davyodairo1446]

Thanks I've comprehended 🎉

[@Civillearningonline]

Welcome

[@Aashan_Gyan_Samman]

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[@childofgod310]

Nice one

[@user-rf8iq3tk8n]

I have liked the lesson

[@ahsanjutt2585]

thanks alot

[@hari3508]

Tqqqqqqqqqqqqqqqqqqq Sooooo much bro just because of I am was able to get it from two days I'm trying to do but I can't I saw many videos but unable to get, but with ur video it was possible to get thank u so much once again... A lots of love from karanataka\(-ㅂ-)/ ♥ ♥ ♥♥ ♥ ♥♥ ♥ ♥

[@Civillearningonline]

Welcome 🤗

[@lakshmim2126]

Tq sir❣️

[@RamanaReddyBonam-vf3fo]

Tq sir 😀

[@drjesuselshaddai9537]

Thank you sir. I understand the determinant matrix. But how you reduced to 18 is what you didn't explain

[@saisspecial853]

18means starting answer

[@dharshan265]

I enjoy the class😁❤️

[@Civillearningonline]

kzbin.info/www/bejne/jmSViYKGqc2XiLM In hindi

[@ganeshkumar-ts9lx]

thanks bhai

[@dominikzazo7838]

Why is not the last line middle column negative? it is 3+2 and thats is -1 powered to five, which is negative.

[@vimal283]

Tq brother

[@Civillearningonline]

Welcome dear

[@timotheomkude1031]

I LIKE IT

[@apoorvasingh9761]

amazing

[@javedyounas2959]

Thanx

[@aliqureshi4805]

nice method

[@shokitali3365]

Sr if the det.of A will come -ve than inversion is possible Or not

[@Civillearningonline]

Yes. It's possible. But it must not be zero.

[@marthalebu6366]

Saved me a lot thank you🫶🏾

[@eswar_editz2816]

bro how will get last answer👍

[@jumbintoaffiliateprogram8412]

Thank you so much 🥰❤️🥰

[@alitad5457]

is it different with a dimension of (4x4) (3x1)=(3x1) Do I need to do something else Or can I just follow ur explanation? because i didn't learn this in school yet but like to educate myself and now have one of 4x1 and dont rlly know what to do.

[@Civillearningonline]

Process is same for all thpe of matrix.

[@alitad5457]

@@Civillearningonline thank you!

[@douglasgenesis]

Nice explanation sir. But am confuse about the sign convention of the matrix

[@Civillearningonline]

Where are you confused in sign convention? Will you please elaborate?

[@seshagirirao2679]

Hello sir .Sir is cofactor and adjoint are Same ?

[@Civillearningonline]

No

[@chemistrywithsirtalha3026]

Wawa good ho gaya

[@haiderrazaq6241]

If determinant of A is negative then?

[@Civillearningonline]

It must not be zero.

[@Bomba934]

What if my determination is negative like ( -2) ....does inverse exist or not

[@Civillearningonline]

Yes. It does. Determinant can be negative.

[@michaelobembe8337]

Well-done sir, but I'm confused when you get 5/3 and 4/3. But I know you multiply 1*90/18= 5. But the remaining aspect I dont get it.

[@shanetommathew]

To simplify the fraction 30/18, you can find the greatest common factor (GCF) of the numerator (30) and the denominator (18), and then divide both the numerator and the denominator by the GCF. The GCF of 30 and 18 is 6. 30÷6=5 18÷6=3 So, 30/18 simplifies to 5/3.

[@namitashetty2578]

Thnkuh sir♥️🙃

[@Civillearningonline]

kzbin.info/www/bejne/jmSViYKGqc2XiLM Hindi me

[@sachinjadav6207]

Thanks for your explanation sir

[@HanamanthPujari-gg9cf]

👍👏

[@user-qf7cl6zc7t]

Sir you went wrong somewhere 3 -1 you have get 3+3 don't think so 😮 please sir may come up please

[@nagarajbh4114]

Super

[@parameshgodumala2972]

Good explanation bro but How u written the signs before finding coffactor as +,-,+,-,+,-,+,-,+, which was taken in matrix ?

[@Civillearningonline]

It's valid for all type of matrix and when we find co factor, sign changes accordingly.

[@user-kk5cz7ph3l]

❤

[@kelvinmusonda-op5wn]

Nice teaching

[@Civillearningonline]

Thank you

[@abdulaipaate5884]

thanks

[@Civillearningonline]

Welcome

[@MaheshMahesh-ft6it]

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[@alone_lover_7639]

Amazing😍