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Shape of a raindrop

Shape of a raindrop. Low Pressure. Because air pressure exceeds surface tension, raindrop begins to break into smaller droplets by a number of process. High Pressure. Flow direction of a raindrop. Less air pressure thus flattens bottom and sides bulge. Flow direction of a raindrop.

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Shape of a raindrop

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  1. Shape of a raindrop

  2. Low Pressure Because air pressure exceeds surface tension, raindrop begins to break into smaller droplets by a number of process. High Pressure Flow directionof a raindrop

  3. Less air pressure thus flattens bottom and sides bulge Flow directionof a raindrop

  4. Flow directionof a raindrop

  5. Raindrop splits into droplets due to air pressure. Flow directionof a raindrop

  6. Flow directionof a raindrop

  7. Flow directionof a raindrop

  8. Flow directionof a raindrop

  9. Flow directionof a raindrop Raindrop retains its spherical shape due to its water surface tension.

  10. Reference http://www.amastro.org/at/w/wrds.html

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