Suppose That $\vec { u }$ And $\vec { v }$ Are Non-Zero Vectors And

question 46

Multiple Choice

Suppose that $\vec { u }$ and $\vec { v }$ are non-zero vectors and $( \vec { u } + \vec { v } ) \times ( \vec { u } - \vec { v } ) = \overrightarrow { 0 }$ .Then what MUST be true about $\vec { u }$ and $\vec { v }$ ?

• A) \(\vec { u }\) and \(\vec { v }\) are parallel.
• B) \(\vec { u }\) and \(\vec { v }\) are perpendicular.
• C) \(( \vec { u } + \vec { v } ) \cdot ( \vec { u } - \vec { v } ) = 0\)

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