A powder comprising particle of various sizes is stirred up in a vessel filled to a height of 10cm with water. Assuming the paticle to be spherical
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Spherical particles of pollen are shaken up in water and allowed to settle. The depth of water is 2×10−2m. What is the diameter of the largest particles remaining in suspension one hour later? Density of pollen =1.8×103 kgm^-3 viscosity of water =1×10^−2 poise and density of water =1×10−5 kg m^−3
29
Aug
Spherical particles of pollen are shaken up in water and allowed to settle. The depth of water is 2×10−2m. What is the diameter of the largest particles remaining in suspension one hour later? Density of pollen =1.8×103 kgm^-3 viscosity of water =1×10^−2 poise and density of water =1×10−5 kg m^−3 A powder comprising particle of [...]
A powder comprising particle of various sizes is stirred up in a vessel filled to a height of 10cm with water. Assuming the paticle to be spherical, find the size of the largest particle that will remain in suspension after 1 h (density of powder =4 g/cm3, viscosity of water =0.01 poise).
29
Aug
A powder comprising particle of various sizes is stirred up in a vessel filled to a height of 10cm with water. Assuming the paticle to be spherical, find the size of the largest particle that will remain in suspension after 1 h (density of powder =4 g/cm3, viscosity of water =0.01 poise). A powder comprising [...]