Linear Algebra | Expected Questions - GATE 2022 | AVS Prasad Sir | ACE Online

Linear Algebra is one of the important topic for GATE. Every year, 2 to 4 marks are coming from this topic. In this live session, we will try to solve some important and expected models. Watch the session of Dr. A. V. S. Prasad. Click the below link to download the PDF file.

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[akshitkumar]

Sir for the question at time stamp "1:25:14" the value of "eigen value" is 1. The question was right, there was no need to replace 1 with 0 at "a33" element of the given matrix, by using AX= (lambda)*X we will get lambda=1.

[abhay]

Best practice session available on YouTube ❤️... Thank you Ace academy ❤️

[analyticsbyram]

Best Session on math i have came across this yr. thanks Sir.

[taufeeqkhan]

Q.at 1:39:25 b is right ?
But after multiplying b with Matrix output vector is not in same direction

[nagpradheepn]

29:27 when lambda is equal to 1, rank of aug matrix becomes 1 and system becomes inconsistent right?

[Deepakrawat-wpup]

Very nice explanation ..no comparison 🙏🙏🙏💓💓Love from Bhopal

[rahulaher]

1.16.32 how to know (-3).... guessing...then lot of time consuming

[akshaygurav]

at 1.23 the actual qtn is coreect and eihen value is one sir

[karan_rathore]

One doubt as I as only Recorded lectures provided to my batch of yours
If the Matrix of Eigen Vertex is given, then
No of Linearly Independent Eigen Vectors = No of non zero rows

but in case, if Matrix E=( A- Lamda. I) is only given, then
No of Linearly Independent Eigen Vectors = Nullity of Matrix E i.e No of ZERO rows

Correct ?

[amirraza]

Thanku so much sir very helpful lac really i feel very good look at this seasons

[lucky-ztnm]

Feels almost I got 2 marks in gate 22 ❤️

[shanigarapusaiteja]

Clear explanation covering all concepts

[karan_rathore]

Thanks, sir, for clearing the concept

[Nagasai-eccg]

Remembering offline coaching after seeing this video sir ❤️

[jothisap]

Where can we download the PDF of this session sir

[prakash-tnql]

What about civil engineering.... sir.... request

[rudrachoudhury]

Eigan value of idempotent matrix is 0, 1 only...but why it is marked as wrong ???