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

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

All vedios are very helpful Thank you so much sir

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

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

Sir your video very helpful

Very helpful video sir , your teaching style is amazing

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.

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

Very helpful lecture thanku so much guru ji

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

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

Very much helpful

30 min ...mistake >=0 but € R

Thanks❤

Very helpful sir

Thank you❤

Thank you Sir ❤

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

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

(1,1)=a(2,-2) sir a=1/2 satisfied hoga scaler multiple ha na

Very helpful

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

Thankyou sir

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

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

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

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

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

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