Linear Independence of the Set of Vectors

Related BrainMass Solutions

• Linear independence of vectors &Linear dependence of vectors

  .+ arur = 0 (b) Linear independence of vectors Any set containing the vectors u1,u2,u3,...

• Vector Space basis

  The second set is: (1.6) It is obvious that: (1.7) Again, the vectors set (1.6) is not linearly independent and therefore cannot form a basis The third set is: (1.8) Checking for linear independence: Equating coefficients on

• Linearly dependent vectors

  124155 General Vector Spaces - Linear Independence 2. Which of the following sets of vectors in R3 are linearly dependent?

• Vectors : Linear Independence

  29950 Vectors : Linear Independence Let A = [ -5, 6, -19] B= [-1, 2, -3] and C= [-2, 2, -8] **they are linearly independent*** The problem is the same as if the vectors were written vertically.

• Matrices and Vectors : Linear Independence

  Linear independence of vectors is investigated. The solution is well presented.

• Vector Spaces : Show that the following set S of vectors is linearly independent in V4(R)

  170702 Vector Spaces : Set S of vectors is linearly independent Show that the following set S of vectors is linearly independent in V4(R) 2 1 3 0 -1 -2 1 2 1 -1 2 -1 (The columns should be in brackets and separated by a comma.)

• Question about Linear Algebra : Vectors and Linear Independence

  Linearly independent vectors are investigated in an attachment using the rules of linear independence. The solution is well presented.

• Matrices and Vectors : Linear Independence

  29935 Matrices and Vectors : Linear Independence The vectors v= -4 u = 3 and w= 4 -15 9 12 26 -15 + k -20 are linearly independent if and only if k does not equal

• Advanced Linear Algebra : Nilpotent, Vectors, Basis and Linear Independence

  Please see the attached file for the complete solution. Thanks for using BrainMass. Nilpotent, Vectors, Basis and Linear Independence are investigated. The solution is detailed and well presented.