Suppose and are three vectors in 3-dimensional space and are linearly dependent. Then the vectors , and
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Suppose and are three vectors in 3-dimensional space and are linearly dependent. Then the vectors , and
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Suppose v₁,v₂ and v₃ are three vectors in 3-dimensional space and are linearly dependent. Then the vectors v₁+v₂, v₂+v₃, and v₁+v₃ (A) are linearly independent (B) may be linearly dependent (C) are linearly dependent (D) are linearly independent, except when one of the vectors is zero.
Also written as: Suppose v_1,v_2 and v_3 are three vectors in 3-dimensional space and are linearly dependent. Then the vectors v_1+v_2, v_2+v_3, and v_1+v_3
Vector spaces, rank and eigenvalues has come up 41 times in 6 exams since 2008.
This question is on Linear independence, span and basis, part of Vector spaces, rank and eigenvalues in Mathematics.
Whether vectors depend on each other, what they span and when they form a basis.
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Question from the DSE 2008 paper. Solutions are TestStop's own. Not affiliated with or endorsed by any examination authority.