Inner Product | Short Cut tricks | CSIR NET 2011 to 2023

This lecture explains you the PYQs on inner product and inner product space.

[@vishusinghofficial3506]

Thankuuuu so much sir.. Bahot help mil Raha hai sir jee aapka video dekhkar... Dil se Thankuu sir jee🙏🙏🙏

[@poonamsahu-fz7he]

42:00 Since and does not equals to 0 then how we can say that u,v,w are orthogonal

[@asranazneen5264]

Sir your vedios are very helpful to me please can u give us modern algebra questions

[@bindumahato1276]

All vedios are very helpful Thank you so much sir

[@professorragavan9783]

A great lecture... Learn lot of shortcuts and concepts.. Thank you Sir

[@rahulkumarprajapati1379]

Sir your video very helpful

[@ritutiwari4687]

Very helpful video sir , your teaching style is amazing

[@shubhamkumartiwari2379]

At 49:06 , sir eigen value of orthogonal matrix are of unit modulus , not only 1 and -1. It may be i or -i as well. But you are taking 1 and -1 only.

[@Devil-ip9hz]

Real orthogonal matrix ka eigen value unit modulus hota hai na ki orthogonal ka......kyoki real orthogonal unitary matrix hota hai.

[@ArshadAli-km7zb]

Thanks❤

[@ExamMode-rk6to]

sir at 37:15 , you discarded the option (d) saying the singular matrix a non singular matrix

[@shrawankumarpatel2148]

Thank you so much sir always motivate us mentor 🙏🙏🙏

[@Iitian_satyendra]

Thank you Sir ❤

[@sheemanitinsan7235]

Very helpful lecture thanku so much guru ji

[@RanjangamingYT7477]

43 :00 d option two vector ka liya possible ha to ksyse orthogonal bol diya why {u,v,w} orthogonal Orthogonal nhi hoga na question me given ha ki (u,w) =-1 this is not equal to zero kayse (u,v,w) orthogonal aa raha hai

[@pratyu6480]

Very much helpful

[@mshambaphomphom8229]

Thank you❤

[@rashmimalik9769]

Very helpful

[@yashrajtripathi4832]

Very helpful sir

[@RanjangamingYT7477]

47:28 B option not correct because Take example A=[0,1][-1,0] this is orthogonal Matrix. Eigan Value+-i

[@shwetarathi304]

Thankyou sir

[@RanjangamingYT7477]

13:10 for option A . Sir please tell There exists term use you can not solve answer by counter example. This question Solve by genaral method

[@sudipmondal4520]

For orthogonal matrix modulus of e.v is 1. E.v always +1/-1 not true. Dec 14 correct Sir please 🙏

[@Abhay-l9h4s]

30 min ...mistake >=0 but € R

[@sayanghosh6544]

31:57 min problem doesn't seem rightly solved.

[@Radharanilove-y5d]

Sir at 47 min B option is not correct bcz eigen values are complex also

[@ashvinlovepatidar]

❤❤❤❤😊

[@vipin2708]

Questions ka PDF provide kijiye na

[@aravindr4676]

At 19.59, W2= {(1,1,0),(0,1,-1)} how (0,1,-1) is zero subspace of x-y+z=0 . I think it is not satisfied because 0-(1)+(-1) is not equal to zero. Any one help I'm right or wrong

[@DrHarishGarg]

yes, your mentioned points not satisfy given equation

[@AbhishekKashyap-kk9qv]

Sir you have to clear each and every step of question otherwise no use of it

[@sudipmondal4520]

Inner product of two different vectors may be negative. Please correct Sir 🙏

[@shubhamkumartiwari2379]

Yes....inner product of two different vectors can be negative.

[@kathaamritaadutta6430]

Plz tell the number of question where this is used..

[@rathipremnath6299]

ID:704077 qn answer is1&4 some of the people tell,what is the correct answer?

[@AbhishekKashyap-kk9qv]

Yes I think only 1 and 4 are correct option 2 is not correct

[@Siyagupta52]

Option (2) will also be correct as basis can be extended into orthonormal by garm Schmidt process

[@tanmaygayen713]

Sir ,please give me your gmail. ,i want to contact with you for net or gate exam

[@Sudeeppradhan1999]

Thank you sir ❤❤❤