Calculate viscosity of fluid μ with the help of formula μ = (2g rs2 (ρs-ρf))/9usØ where us= sinking velocity of sphere, g=9.80665 ms-2, rs= radius of sphere, ρs= density of sphere, ρf= density of fluid, μ = viscosity of fluid, Ø = cofficeint of form resistance. For sphere Ø=1, Radius =0.5cm, ρs= 1.92gcm-3, ρf = 1.43gcm-3, Average sinking velocity of 3 spheres =70.04 sec. The answer should be in gcm-1s-1.
Calculate viscosity of fluid μ with the help of formula μ = (2g rs2 (ρs-ρf))/9usØ where us= sinking velocity of sphere, g=9.80665 ms-2, rs= radius of sphere, ρs= density of sphere, ρf= density of fluid, μ = viscosity of fluid, Ø = cofficeint of form resistance. For sphere Ø=1, Radius =0.5cm, ρs= 1.92gcm-3, ρf = 1.43gcm-3, Average sinking velocity of 3 spheres =70.04 sec. The answer should be in gcm-1s-1.
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Calculate viscosity of fluid μ with the help of formula μ = (2g rs2 (ρs-ρf))/9usØ where
us= sinking velocity of sphere, g=9.80665 ms-2, rs= radius of sphere, ρs= density of sphere, ρf= density of fluid, μ = viscosity of fluid, Ø = cofficeint of form resistance. For sphere Ø=1, Radius =0.5cm, ρs= 1.92gcm-3, ρf = 1.43gcm-3, Average sinking velocity of 3 spheres =70.04 sec. The answer should be in gcm-1s-1.
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