| 1. | This is because the acceleration vector is perpendicular to the velocity vector.
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| 2. | The lines perpendicular to these velocity vectors intersect in the instant centre.
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| 3. | The velocity vectors in spacetime for a particle at two different speeds.
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| 4. | The angular velocity vector \ vec \ omega is then defined as:
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| 5. | The time derivative of the displacement vector is the velocity vector.
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| 6. | This is the angle between the particles'velocity vector and the magnetic field vector.
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| 7. | It points opposite to the position vector and perpendicular to the velocity vector.
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| 8. | The complete measurement of 3D velocity vectors makes many post processing techniques possible.
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| 9. | Which shows that the curves are parallel to the velocity vector.
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| 10. | :I don't think it's as simple as coming in on the right velocity vector.
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