Question: need correction options, with reason, Only, QUESTION 5 Let V be the set of all 3x3 matrices with Real number entries, with the usual definitions

need correction options, with reason, Only,

need correction options, with reason, Only,need correction options, with reason, Only,need correction options, with reason, Only,
QUESTION 5 Let V be the set of all 3x3 matrices with Real number entries, with the usual definitions of scalar multiplication and vector addition. Consider whether V is a vector space over C. Mark all true statements (there may be more than on]). O a. V is a vector space over C O b. The additive closure axiom is not satisfied O c. The scalar closure axiom is satisfied O d. The additive inverse axiom is not satisfied e. The zero axiom is satisfied Of. V is not a vector space over C O g. The additive inverse axiom is satisfied O h. The zero axiom is not satisfied O) i. The scalar closure axiom is not satisfiedQUESTION 6 Let V be the set of all 2x2 matrices with Complex number entries, with the usual definitions of scalar multiplication and vector addition. Consider whether V is a vector space over R. Mark all true statements (there may be more than one). O a. The scalar closure axiom is satisfied O b. V is a vector space over R O c. The zero axiom is satisfied O d. The additive closure axiom is satsified O e. The scalar closure axiom is not satisfied O f. The additive closure axiom is not satisfied O g. The zero axiom is not satisfied O h. The additive inverse axiom is satisfied O i. V is not a vector space over O j. The additive inverse axiom is not satisfiedQUESTION 9 Let / be the set of second degree polynomials H = {ax? + bx: a,b EC} Is H a subspace of P2 ? Why or why not? Select all correct answer choices (there may be more than one). O a. H is not a subspace of P2 because it is not closed under vector addition O b. H is a subspace of P2 because it contains only second degree polynomials O c. H is a subspace of P2 because it contains the zero vector of P2 d. H is a subspace of P2 because it can be written as the span of a subset of P2 O e. H is not a subspace of P2 because it is not closed under scalar multiplication O f. H is not a subspace of P2 because it does not contain the zero vector of P2 me. H is a subspace of Po because it is closed under vector addition and scalar multiplication

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