Linear Algebra | Linearly independent, dependent and Linear span | Lecture 3

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Vector Space || Lecture-3
Topics covered: Linear span, Linear Dependence & Independence
#vectorspace #subspace #linearalgebra #linearlyindependent #linearlydependent #spanning
Chapters:
00:00 Introduction
01:12 Union of two subspaces not forming vector space
00:22 Concept of Linear span
03:38 Theorem - 1 on Linear span
15:05 Theorem - 2 on Linear span
20:05 Theorem - 3 on Linear span
31:45 Concept of Linear Dependence & Independence
45:25 Problem on Linear Dependence
1:00:03 Theorem on Linear Dependence

[subho]

Sir 50:01 C2 =0, otherwise equation are not satisfied😒

[subratadebnath]

Sir eta ki thik ache?
Any Singleton set is L.I it is not true always if S={theta} then the set S is L.D

[subho]

Sir I think that in case ofthe proof "The super set of a ld set is ld",
We have to take that S is ld linear 😢