51 Most Expected Questions of Linear Algebra (Part-2) | Eigen Values & Eigen Vectors | BYJU'S GATE

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[@vijaybudumuru341]

Sir...the way you are maintaining the quality of your lectures is simply awesome....thank you🙏

[@muralikrishnay2734]

For question 42 we can also use the property 7. One of the Eigan value equals the sum of the row elements.

[@dreamer0717]

Thank you for wonderful session sir🙏🙏

[@BYJUSExamPrepGateEseEEECINCS]

Thanks a Lot, Dreamer

[@srivenkateswara371]

Sir your explanation is excellent.please make some more vedios.thank you so much sir

[@BYJUSExamPrepGateEseEEECINCS]

Thanks for response

[@samxavii8926]

we need more videos sir.... great explanation

[@SWAMISWONDERLAND]

Thanku so much sir. can you please upload similar videos for other topics too?

[@zohebhasan2940]

Very nice.

[@arunkumar-ih1fz]

Q50 ka answer A hai

[@mitaligoyal4760]

is there any such video for finance executive

[@nandurathod4972]

Q.38? Ans?

[@vishalacharya5683]

b

[@sabahoda4262]

a+b =1 ??

[@GateGeeks]

Sir, Is this property no. 16 true: "the number of LI Eigen Vectors of a matrix is equal number of distinct eigen values" I think this is false since I3 has 1,1,1 as its Eigen values but we get convenient vectors as eigen vectors which are LI. Please correct me if i am wrong

[@nikitasolanki7974]

Yes I also think that this property is wrong,like in a Matrix of order 3 with 2 distinct eigenvalues in which one of them is repeating and it is diagonalisable then it will have 3 LI eigenvectors...

[@CareerGuideplacementsolution]

Anyone please tell password for this class pdf

[@mamidinaveen6445]

Wow . ❤️Loved it . But 35 question ... The k value is 3 .. you wrote that 12 it's lamda value right ?

[@muralikrishnay2734]

Even I have the same doubt bro

[@Ganeshkumar-te3ku]

from where can i get pdf of this class

[@BYJUSExamPrepGateEseEEECINCS]

t.me/BYJUSexamprep_GATE_EE_EC_Prepara