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Let and Be Two Nonzero Orthogonal Vectors

question 2

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Let Let   and   be two nonzero orthogonal vectors.  A) Find   in terms of   ,   , and    B) Find the scalar   such that    C) If   and   are orthogonal unit vectors, write the area of the parallelogram spanned by   and   in terms of   only. and Let   and   be two nonzero orthogonal vectors.  A) Find   in terms of   ,   , and    B) Find the scalar   such that    C) If   and   are orthogonal unit vectors, write the area of the parallelogram spanned by   and   in terms of   only. be two nonzero orthogonal vectors.
A) Find Let   and   be two nonzero orthogonal vectors.  A) Find   in terms of   ,   , and    B) Find the scalar   such that    C) If   and   are orthogonal unit vectors, write the area of the parallelogram spanned by   and   in terms of   only. in terms of Let   and   be two nonzero orthogonal vectors.  A) Find   in terms of   ,   , and    B) Find the scalar   such that    C) If   and   are orthogonal unit vectors, write the area of the parallelogram spanned by   and   in terms of   only. , Let   and   be two nonzero orthogonal vectors.  A) Find   in terms of   ,   , and    B) Find the scalar   such that    C) If   and   are orthogonal unit vectors, write the area of the parallelogram spanned by   and   in terms of   only. , and Let   and   be two nonzero orthogonal vectors.  A) Find   in terms of   ,   , and    B) Find the scalar   such that    C) If   and   are orthogonal unit vectors, write the area of the parallelogram spanned by   and   in terms of   only.
B) Find the scalar Let   and   be two nonzero orthogonal vectors.  A) Find   in terms of   ,   , and    B) Find the scalar   such that    C) If   and   are orthogonal unit vectors, write the area of the parallelogram spanned by   and   in terms of   only. such that Let   and   be two nonzero orthogonal vectors.  A) Find   in terms of   ,   , and    B) Find the scalar   such that    C) If   and   are orthogonal unit vectors, write the area of the parallelogram spanned by   and   in terms of   only.
C) If Let   and   be two nonzero orthogonal vectors.  A) Find   in terms of   ,   , and    B) Find the scalar   such that    C) If   and   are orthogonal unit vectors, write the area of the parallelogram spanned by   and   in terms of   only. and Let   and   be two nonzero orthogonal vectors.  A) Find   in terms of   ,   , and    B) Find the scalar   such that    C) If   and   are orthogonal unit vectors, write the area of the parallelogram spanned by   and   in terms of   only. are orthogonal unit vectors, write the area of the parallelogram spanned by Let   and   be two nonzero orthogonal vectors.  A) Find   in terms of   ,   , and    B) Find the scalar   such that    C) If   and   are orthogonal unit vectors, write the area of the parallelogram spanned by   and   in terms of   only. and Let   and   be two nonzero orthogonal vectors.  A) Find   in terms of   ,   , and    B) Find the scalar   such that    C) If   and   are orthogonal unit vectors, write the area of the parallelogram spanned by   and   in terms of   only. in terms of Let   and   be two nonzero orthogonal vectors.  A) Find   in terms of   ,   , and    B) Find the scalar   such that    C) If   and   are orthogonal unit vectors, write the area of the parallelogram spanned by   and   in terms of   only. only.


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