| 1. | The quantity is the bivector valued commutator product, given by
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| 2. | In geometric algebra the rotation is represented by a bivector.
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| 3. | In 1907 Silberstein described a bivector approach to the fundamental electromagnetic equations.
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| 4. | This is a simple bivector, associated with the simple rotation described.
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| 5. | Bivectors and axial vectors are related by orientations for the plane and bivector.
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| 6. | Every rotation plane in a rotation has a simple bivector associated with it.
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| 7. | The exterior product of two vectors is sometimes called a bivector or a alternating.
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| 8. | Similarly, every bivector can be written as the sum of two simple bivectors.
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| 9. | First Wilson associates a bivector with an ellipse.
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| 10. | The object known as the " bivector " is related to these ideas.
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