| 1. | The relative wind then blows the canopy away from the ejection path.
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| 2. | The direction of the drag force is parallel to the relative wind.
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| 3. | Here, the relative wind does not decrease; rather, it increases with rotor speed.
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| 4. | A wing generates lift by deflecting the oncoming airmass ( relative wind ) downward.
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| 5. | The relative wind strength increases with increased descent rate.
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| 6. | In a normal skydive the vertical descent of the skydiver creates an upward relative wind.
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| 7. | An example of relative wind is the wind one would feel cycling on a calm day.
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| 8. | Claudia's least favorite relative winds up telling her.
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| 9. | In the drag force case, the relative wind speed decreases subsequently, and so does the drag force.
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| 10. | The rearward component of this force ( parallel with the relative wind ) is seen as drag.
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मोबाइल