Premium Photo Blue Background Puddle Of Rain Raindrops Circles On Looking down on a puddle, we see a collection of such waves moving together as one ripple in the water. when a raindrop touches down, imagine it as a “ding” to the water surface. this ding can. I would think that the bubbles come from some traces of oil or detergent. 3. award. rupert1920. • 13 yr. ago. i'd imagine it'll have to do with what's dissolved in the puddle as well, in addition to the size of rain drops. from a "dynamics" point of view, any surfactant can help stabilize the surface tension of a bubble and make it last longer.
Premium Photo Blue Background Puddle Of Rain Raindrops Circles On Looking down on a puddle, we see a collection of such waves moving together as one ripple in the water. when a raindrop touches down, imagine it as a “ding” to the water surface. this ding can. 13. bubbles consist of a gas trapped by a liquid, where the liquid has a surface tension high enough to encapsulate the gas. this gives bubbles three ingredients: the liquid, the gas, and surface tension. the first ingredient, the liquid, is obviously the rainwater. the second ingredient, the gas, is (also obviously) air. Background puddle rain circles and drops in a puddle, texture with bubbles in the water, autumn rain view of a wet road during the day during the rain. puddles and splashes on the road. A model of waves in a dispersive puddle, after a raindrop hits. the initial wave bundle caused by the raindrop splits into waves of different sizes. large waves in the center move more slowly than.
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