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Determine Whether Is a Basis for

Question 65

Multiple Choice

Determine whether Determine whether   is a basis for   . If it is, write   as a linear combination of the vectors in S.? A)  S is a basis for   and   B)  S is a basis for   and ?   C)  S is a basis for   and   D)  S is a basis for   and   E)  S is not a basis for  is a basis for Determine whether   is a basis for   . If it is, write   as a linear combination of the vectors in S.? A)  S is a basis for   and   B)  S is a basis for   and ?   C)  S is a basis for   and   D)  S is a basis for   and   E)  S is not a basis for  . If it is, write Determine whether   is a basis for   . If it is, write   as a linear combination of the vectors in S.? A)  S is a basis for   and   B)  S is a basis for   and ?   C)  S is a basis for   and   D)  S is a basis for   and   E)  S is not a basis for  as a linear combination of the vectors in S.?


A) S is a basis for Determine whether   is a basis for   . If it is, write   as a linear combination of the vectors in S.? A)  S is a basis for   and   B)  S is a basis for   and ?   C)  S is a basis for   and   D)  S is a basis for   and   E)  S is not a basis for  and Determine whether   is a basis for   . If it is, write   as a linear combination of the vectors in S.? A)  S is a basis for   and   B)  S is a basis for   and ?   C)  S is a basis for   and   D)  S is a basis for   and   E)  S is not a basis for
B) S is a basis for Determine whether   is a basis for   . If it is, write   as a linear combination of the vectors in S.? A)  S is a basis for   and   B)  S is a basis for   and ?   C)  S is a basis for   and   D)  S is a basis for   and   E)  S is not a basis for  and ? Determine whether   is a basis for   . If it is, write   as a linear combination of the vectors in S.? A)  S is a basis for   and   B)  S is a basis for   and ?   C)  S is a basis for   and   D)  S is a basis for   and   E)  S is not a basis for
C) S is a basis for Determine whether   is a basis for   . If it is, write   as a linear combination of the vectors in S.? A)  S is a basis for   and   B)  S is a basis for   and ?   C)  S is a basis for   and   D)  S is a basis for   and   E)  S is not a basis for  and Determine whether   is a basis for   . If it is, write   as a linear combination of the vectors in S.? A)  S is a basis for   and   B)  S is a basis for   and ?   C)  S is a basis for   and   D)  S is a basis for   and   E)  S is not a basis for
D) S is a basis for Determine whether   is a basis for   . If it is, write   as a linear combination of the vectors in S.? A)  S is a basis for   and   B)  S is a basis for   and ?   C)  S is a basis for   and   D)  S is a basis for   and   E)  S is not a basis for  and Determine whether   is a basis for   . If it is, write   as a linear combination of the vectors in S.? A)  S is a basis for   and   B)  S is a basis for   and ?   C)  S is a basis for   and   D)  S is a basis for   and   E)  S is not a basis for
E) S is not a basis for Determine whether   is a basis for   . If it is, write   as a linear combination of the vectors in S.? A)  S is a basis for   and   B)  S is a basis for   and ?   C)  S is a basis for   and   D)  S is a basis for   and   E)  S is not a basis for

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