Vectors in are affinely independent if and imply for all . For such a set, which is implied? I. are linearly independent. II. are linearly independent. III. .
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Vectors in are affinely independent if and imply for all . For such a set, which is implied? I. are linearly independent. II. are linearly independent. III. .
Tap an option to check your answer.
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Vectors v₀,v₁,…,vₙ in ℝ^m are affinely independent if Σᵢ₌₀ⁿ cᵢvᵢ=0 and Σᵢ₌₀ⁿ cᵢ=0 imply cᵢ=0 for all i. For such a set, which is implied? I. v₀,…,vₙ are linearly independent. II. (v₁-v₀),…,(vₙ-v₀) are linearly independent. III. n≤ m. (A) Only I and II are true (B) Only I and III are true (C) Only II is true (D) Only II and III are true
Also written as: Vectors v_0,v_1,...,v_n in R^m are affinely independent if sum_(i=0)^n c_iv_i=0 and sum_(i=0)^n c_i=0 imply c_i=0 for all i. For such a set, which is implied? I. v_0,...,v_n are linearly independent. II. (v_1-v_0),...,(v_n-v_0) are linearly independent. III. n<= m.
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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