Question: Q02. (10 marks) Prove that V = {(v1, v2) : V1, v2 E R, v2 > 0} is a vector space over R under the

Q02. (10 marks) Prove that V = {(v1, v2) : V1, v2
Q02. (10 marks) Prove that V = {(v1, v2) : V1, v2 E R, v2 > 0} is a vector space over R under the operations of addition defined by (v1, v2) @ (w1, w2) = (v1w2 + w1v2, v2w2) and scalar multiplication defined by co (v1, V2) = (cviv, , v;). (Do NOT use Subspace Test)

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