2. Let r and

, , , �

a) For which values r is the set {u, v, w} linearly independent?
b) For which values r is the vector b a linear combination of u, v, and w?

For which of these values of r can b be written as a linear combination of u, v, and w in more than one way?

Question

2. Let r  and
 
, , , �  
 
a) For which values r  is the set {u, v, w} linearly independent?
b) For which values r  is the vector b a linear combination of u, v, and w?
 
For which of these values of r can b be written as a linear combination of u, v, and w in more than one way?

2. Let r and

, , , �

a) For which values r is the set {u, v, w} linearly independent?

b) For which values r is the vector b a linear combination of u, v, and w?

For which of these values of r can b be written as a linear combination of u, v, and w in more than one way?

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2. Let r and , , , � a) For which values r is the set {u, v, w} linearly independent? b) For which values r is the vector b a linear combination of u, v, and w? For which of these values of r can b be written as a linear combination of u, v, and w in more than one way?