| 11. | A basis for consisting of mutually orthogonal unit vectors is called an orthonormal basis.
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| 12. | The Vector Calculus section would be enhanced by a figure illustrating the unit vectors.
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| 13. | In fact the subspace T _ x is the orthogonal complement of the unit vector
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| 14. | It calculates the direction of the vector sum of a set of unit vectors.
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| 15. | I can calculate the cosine between two unit vectors in two and three dimensions.
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| 16. | These unit vectors need not be related to the tangent and normal to the path.
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| 17. | Where are unit vectors in the directions.
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| 18. | Here, the hats indicate unit vectors.
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| 19. | To this end, we define unit vectors
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| 20. | A vector of arbitrary length can be divided by its length to create a unit vector.
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