Find the value of the following dimensionless group from the given data. a) The Froude number, NEr „for the system where: v = velocity of 20 cm/s, L = length of 6 ft, and g = %3D Lg acceleration due to gravity b) The Schmidt number, Nsc „for the system where: µ = viscosity, M/LO = 12 centipoise (cP), Dv = pDy *1P = 1 g/cm-s diffusivity, L2/0 = 745 cm²/hr, p = density, M/L³ = 30 kg/ft3 c) The Reynold's number, NRe Dvp P, for the system where: D = 14 in, v = 26 m/s, p = 3 kg/mL, µ = 107 g/ft-hr

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Find the value of the following dimensionless group from the given data.
a) The Froude number, Nr
„for the system where: v =
Lg
velocity of 20 cm/s, L =
length of 6 ft, and g =
acceleration due to gravity
b) The Schmidt number, Nsc
„for the system where: u = viscosity, M/LO = 12 centipoise (cP), Dv =
pDy
*1P = 1 g/cm-s
diffusivity, L?/0 = 745 cm?/hr, p = density, M/L3 = 30 kg/ft3
c) The Reynold's number, NRe
Dvp
for the system where: D = 14 in, v = 26 m/s, p = 3 kg/mL, µ = 107 g/ft-hr
Transcribed Image Text:Find the value of the following dimensionless group from the given data. a) The Froude number, Nr „for the system where: v = Lg velocity of 20 cm/s, L = length of 6 ft, and g = acceleration due to gravity b) The Schmidt number, Nsc „for the system where: u = viscosity, M/LO = 12 centipoise (cP), Dv = pDy *1P = 1 g/cm-s diffusivity, L?/0 = 745 cm?/hr, p = density, M/L3 = 30 kg/ft3 c) The Reynold's number, NRe Dvp for the system where: D = 14 in, v = 26 m/s, p = 3 kg/mL, µ = 107 g/ft-hr
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