Vectors A, B and C are such that (A · B = 0) and (A · C = 0). Then the vector parallel to A is?

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Vectors, A, B and C are such that A.B=0 and A.C=0. Then the vector parallel to A is (a) A x B (b) Vectors, A, B and C are such that A.B=0 and A.C=0. Then the vector parallel to A is (a) A x B (b)
Three vectors A⃗, B⃗, C⃗ satisfy the relation A⃗·B⃗=0 and A⃗·C⃗=0. The vector A⃗ is parallel to (... Three vectors A⃗, B⃗, C⃗ satisfy the relation A⃗·B⃗=0 and A⃗·C⃗=0. The vector A⃗ is parallel to (...
Vectors A, B and C are such that A.B = 0 and A.C = 0. Then the vector parallel to A is Vectors A, B and C are such that A.B = 0 and A.C = 0. Then the vector parallel to A is
Vectors A,B,C are such that A.B=0 and A.C=0Then the vector parallel to A |vector|class11physics|NEET Vectors A,B,C are such that A.B=0 and A.C=0Then the vector parallel to A |vector|class11physics|NEET
NEET2013:Vectors, A, B and C are such that A ⋅B = 0 and A ⋅C = 0. Then the vectorparallel to A is A NEET2013:Vectors, A, B and C are such that A ⋅B = 0 and A ⋅C = 0. Then the vectorparallel to A is A
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