| 1. | This occurs when both the instruments measure the same component of velocity.
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| 2. | During a collision only the normal component of velocity changes.
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| 3. | Where u _ f, w _ f are the inertial axes components of velocity.
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| 4. | The transverse velocity is the component of velocity along a circle centered at the origin.
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| 5. | For example, velocity . x = 5; would set the x component of velocity equal to 5.
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| 6. | The instruction was to use only the horizontal component of velocity when it reached the horizontal plane at the top.
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| 7. | This requires the body components of velocity to be resolved through the heading angle ( \ beta ) into inertial axes.
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| 8. | For each component of velocity, two images ( signal and reference ) are required, which typically necessitates two cameras.
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| 9. | The u component of velocity is stored in the e and w directions and the v component in the n and s directions.
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| 10. | Constraints define the direction of movement of the particle by ensuring there is no component of velocity in the direction of the constraint force.
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