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When Vectors and Are Added Together They Form

Question 39

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When vectors When vectors   and   are added together they form vector   and these vectors satisfy the relationship A<sup>2</sup> + B<sup>2</sup> = C<sup>2</sup>. Which statement is true for these vectors? A)  Vectors   and   must be parallel. B)  Vectors   and   must be anti-parallel. C)  Vectors   and   must have the same magnitudes. D)  Vectors   and   must be perpendicular. E)  The magnitude of   is the negative of the magnitude of   . and When vectors   and   are added together they form vector   and these vectors satisfy the relationship A<sup>2</sup> + B<sup>2</sup> = C<sup>2</sup>. Which statement is true for these vectors? A)  Vectors   and   must be parallel. B)  Vectors   and   must be anti-parallel. C)  Vectors   and   must have the same magnitudes. D)  Vectors   and   must be perpendicular. E)  The magnitude of   is the negative of the magnitude of   . are added together they form vector When vectors   and   are added together they form vector   and these vectors satisfy the relationship A<sup>2</sup> + B<sup>2</sup> = C<sup>2</sup>. Which statement is true for these vectors? A)  Vectors   and   must be parallel. B)  Vectors   and   must be anti-parallel. C)  Vectors   and   must have the same magnitudes. D)  Vectors   and   must be perpendicular. E)  The magnitude of   is the negative of the magnitude of   . and these vectors satisfy the relationship A2 + B2 = C2. Which statement is true for these vectors?


A) Vectors When vectors   and   are added together they form vector   and these vectors satisfy the relationship A<sup>2</sup> + B<sup>2</sup> = C<sup>2</sup>. Which statement is true for these vectors? A)  Vectors   and   must be parallel. B)  Vectors   and   must be anti-parallel. C)  Vectors   and   must have the same magnitudes. D)  Vectors   and   must be perpendicular. E)  The magnitude of   is the negative of the magnitude of   . and When vectors   and   are added together they form vector   and these vectors satisfy the relationship A<sup>2</sup> + B<sup>2</sup> = C<sup>2</sup>. Which statement is true for these vectors? A)  Vectors   and   must be parallel. B)  Vectors   and   must be anti-parallel. C)  Vectors   and   must have the same magnitudes. D)  Vectors   and   must be perpendicular. E)  The magnitude of   is the negative of the magnitude of   . must be parallel.
B) Vectors When vectors   and   are added together they form vector   and these vectors satisfy the relationship A<sup>2</sup> + B<sup>2</sup> = C<sup>2</sup>. Which statement is true for these vectors? A)  Vectors   and   must be parallel. B)  Vectors   and   must be anti-parallel. C)  Vectors   and   must have the same magnitudes. D)  Vectors   and   must be perpendicular. E)  The magnitude of   is the negative of the magnitude of   . and When vectors   and   are added together they form vector   and these vectors satisfy the relationship A<sup>2</sup> + B<sup>2</sup> = C<sup>2</sup>. Which statement is true for these vectors? A)  Vectors   and   must be parallel. B)  Vectors   and   must be anti-parallel. C)  Vectors   and   must have the same magnitudes. D)  Vectors   and   must be perpendicular. E)  The magnitude of   is the negative of the magnitude of   . must be anti-parallel.
C) Vectors When vectors   and   are added together they form vector   and these vectors satisfy the relationship A<sup>2</sup> + B<sup>2</sup> = C<sup>2</sup>. Which statement is true for these vectors? A)  Vectors   and   must be parallel. B)  Vectors   and   must be anti-parallel. C)  Vectors   and   must have the same magnitudes. D)  Vectors   and   must be perpendicular. E)  The magnitude of   is the negative of the magnitude of   . and When vectors   and   are added together they form vector   and these vectors satisfy the relationship A<sup>2</sup> + B<sup>2</sup> = C<sup>2</sup>. Which statement is true for these vectors? A)  Vectors   and   must be parallel. B)  Vectors   and   must be anti-parallel. C)  Vectors   and   must have the same magnitudes. D)  Vectors   and   must be perpendicular. E)  The magnitude of   is the negative of the magnitude of   . must have the same magnitudes.
D) Vectors When vectors   and   are added together they form vector   and these vectors satisfy the relationship A<sup>2</sup> + B<sup>2</sup> = C<sup>2</sup>. Which statement is true for these vectors? A)  Vectors   and   must be parallel. B)  Vectors   and   must be anti-parallel. C)  Vectors   and   must have the same magnitudes. D)  Vectors   and   must be perpendicular. E)  The magnitude of   is the negative of the magnitude of   . and When vectors   and   are added together they form vector   and these vectors satisfy the relationship A<sup>2</sup> + B<sup>2</sup> = C<sup>2</sup>. Which statement is true for these vectors? A)  Vectors   and   must be parallel. B)  Vectors   and   must be anti-parallel. C)  Vectors   and   must have the same magnitudes. D)  Vectors   and   must be perpendicular. E)  The magnitude of   is the negative of the magnitude of   . must be perpendicular.
E) The magnitude of When vectors   and   are added together they form vector   and these vectors satisfy the relationship A<sup>2</sup> + B<sup>2</sup> = C<sup>2</sup>. Which statement is true for these vectors? A)  Vectors   and   must be parallel. B)  Vectors   and   must be anti-parallel. C)  Vectors   and   must have the same magnitudes. D)  Vectors   and   must be perpendicular. E)  The magnitude of   is the negative of the magnitude of   . is the negative of the magnitude of When vectors   and   are added together they form vector   and these vectors satisfy the relationship A<sup>2</sup> + B<sup>2</sup> = C<sup>2</sup>. Which statement is true for these vectors? A)  Vectors   and   must be parallel. B)  Vectors   and   must be anti-parallel. C)  Vectors   and   must have the same magnitudes. D)  Vectors   and   must be perpendicular. E)  The magnitude of   is the negative of the magnitude of   . .

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