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What is obtained when every vector is added to its opposite vector, satisfying \[\vec{a} + (-\vec{a})\]?

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Question

What is obtained when every vector is added to its opposite vector, satisfying \[\vec{a} + (-\vec{a})\]?

Options

  • Twice the vector \[2\vec{a}\]

  • A unit vector \[\hat{a}\]

  • The original vector \[\vec{a}\]

  • The zero vector \[\vec{0}\]

MCQ
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Solution

Every vector has an additive inverse (an opposite vector \(-\vec{a}\)). When a vector is added to its additive inverse, the result is the zero vector: \[\vec{a} + (-\vec{a}) = \vec{0}\].

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