The wind carries smaller particles like dust and sand grains further than larger ones. This is due to their reduced mass, requiring less force to be moved, and experiencing less air resistance due to their smaller size.
In the physics of wind erosion, wind can transport particles of varying sizes. The size of the particles that gets carried the furthest largely depends on the strength and duration of the wind. Generally, smaller particles such as dust and sand grains are carried farther by the wind than larger particles. This is because smaller particles have less mass and thus require less force to move. Furthermore, due to their reduced size, they experience less drag (resistance to motion due to friction with air), making them more efficient at traveling longer distances when aided by wind.
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All the stated things are not living, abiotic means non living.
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The four stages of demographic transition are namely high equilibrium, early population growth, late population growth, and low equilibrium.
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Answer: B) the moon is much less massive than the earth.
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If we speak mathematically how the temperature decreases with the altitude than the temperature at Mount Everest should be -86.73 C degrees given that the temperature at zero altitude is 0 C degrees. This is a result of the estimated temperature decrease which comes to 9.8 C degrees drop on every 1,000 meters or 0.98 per every 100 meters eliviation. So 8,850 of altitude by 0.98 C degrees decrease on every 100 meters comes to -86.73 degrees, still keep in mind that this is only if the temperature at 0 altitude is 0 C degrees and that it is only a mathematical estimate under certain conditions, in practice it is much different.