If `veca,vecb,vecc` are linearly independent vectors, then which one of the following set of

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If `veca,vecb,vecc` are 0:03:58

If `veca,vecb,vecc` are linearly independent vectors, then which one of the following set of

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If `veca,vecb,vecc` are linearly independent vectors, then `((veca+2vecb)xx(2vecb+vecc).(5vecc+

If `a,b,c` are 0:04:28

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If 𝐚=𝐢̂+𝐣̂+𝐤̂, 𝐛=4 0:02:22

If 𝐚=𝐢̂+𝐣̂+𝐤̂, 𝐛=4 𝐢̂+3 𝐣̂+4 𝐤̂ and 𝐜=𝐢̂+α𝐣̂+β𝐤̂ are linearly dependent vectors and |......

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Statement 1: Any vector in space can be uniquely written as the linear combination

If `veca,vecb,vecc` are 0:05:37

If `veca,vecb,vecc` are non zero and non coplanar vectors show that the

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Statement 1: For any three vectors `veca,vecb,vecc` `[(vecaxxvecb,vecbxxvecc,veccxxveca)]=0` Sta

If `veca,vecb,vecc` are 0:08:52

If `veca,vecb,vecc` are non coplanar vectors, prove that the following points

Let `veca,vecb,vecc` be 0:03:43

Let `veca,vecb,vecc` be three unit vectors such that `3veca+4vecb+5vecc=vec0`. Then which of the

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If `veca,vecb and vecc` are three non coplanar vectors and `vecr` is any vector in space, then

`veca,vecb,vecc` are three 0:01:59

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Any four non-zero 0:01:58

Any four non-zero vector will always be: (A) Linearly dependent (B) Linearly independent(C) Eithe...

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If veca, vecb and vecc are any three non-coplanar vectors, then prove that points l_(1)veca+ m_(...

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If `veca and vecb` are the vectors determined by two adjacent sides of a

Let `veca, vecb, 0:02:36

Let `veca, vecb, vecc` be three non zero vectors such that `veca+ vecb + vec c=0` then `lambda(...

If `veca, vecb, 0:03:55

If `veca, vecb, vecc` are three non-zero, non-coplanar vectors and `vecb_1=vecb-(vecb.veca)/|

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If `vec a, vec c, vec d` are non-coplanar vectors, then `vec d.{vec a xx [vec b xx(vec c xx v