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Find All Values of the Real Number $\alpha$ Such That the 2-Volume of the 2-Parallelogram in Spanned

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Find all values of the real number $\alpha$ such that the 2-volume of the 2-parallelogram in $Find all values of the real number \alpha such that the 2-volume of the 2-parallelogram in spanned by the vectors = (2, 0, 0, 1) and = (-2, \alpha , 8, 3) is equal to 22 . A) \alpha = ± 10 B) \alpha = ± 2 C) \alpha = ± 2 D) \alpha = ± E) \alpha = ±$ spanned by the vectors $Find all values of the real number \alpha such that the 2-volume of the 2-parallelogram in spanned by the vectors = (2, 0, 0, 1) and = (-2, \alpha , 8, 3) is equal to 22 . A) \alpha = ± 10 B) \alpha = ± 2 C) \alpha = ± 2 D) \alpha = ± E) \alpha = ±$ = (2, 0, 0, 1) and $Find all values of the real number \alpha such that the 2-volume of the 2-parallelogram in spanned by the vectors = (2, 0, 0, 1) and = (-2, \alpha , 8, 3) is equal to 22 . A) \alpha = ± 10 B) \alpha = ± 2 C) \alpha = ± 2 D) \alpha = ± E) \alpha = ±$ = (-2, $\alpha$ , 8, 3) is equal to 22 $Find all values of the real number \alpha such that the 2-volume of the 2-parallelogram in spanned by the vectors = (2, 0, 0, 1) and = (-2, \alpha , 8, 3) is equal to 22 . A) \alpha = ± 10 B) \alpha = ± 2 C) \alpha = ± 2 D) \alpha = ± E) \alpha = ±$ .

A) $\alpha$ = ± 10
B) $\alpha$ = ± 2 $Find all values of the real number \alpha such that the 2-volume of the 2-parallelogram in spanned by the vectors = (2, 0, 0, 1) and = (-2, \alpha , 8, 3) is equal to 22 . A) \alpha = ± 10 B) \alpha = ± 2 C) \alpha = ± 2 D) \alpha = ± E) \alpha = ±$
C) $\alpha$ = ± 2 $Find all values of the real number \alpha such that the 2-volume of the 2-parallelogram in spanned by the vectors = (2, 0, 0, 1) and = (-2, \alpha , 8, 3) is equal to 22 . A) \alpha = ± 10 B) \alpha = ± 2 C) \alpha = ± 2 D) \alpha = ± E) \alpha = ±$
D) $\alpha$ = ± $Find all values of the real number \alpha such that the 2-volume of the 2-parallelogram in spanned by the vectors = (2, 0, 0, 1) and = (-2, \alpha , 8, 3) is equal to 22 . A) \alpha = ± 10 B) \alpha = ± 2 C) \alpha = ± 2 D) \alpha = ± E) \alpha = ±$
E) $\alpha$ = ± $Find all values of the real number \alpha such that the 2-volume of the 2-parallelogram in spanned by the vectors = (2, 0, 0, 1) and = (-2, \alpha , 8, 3) is equal to 22 . A) \alpha = ± 10 B) \alpha = ± 2 C) \alpha = ± 2 D) \alpha = ± E) \alpha = ±$

Find All Values of the Real Number α\alphaα Such That the 2-Volume of the 2-Parallelogram in Spanned

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Find All Values of the Real Number $\alpha$ Such That the 2-Volume of the 2-Parallelogram in Spanned

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