85. Solving a chemistry problem
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3.35. Calculate and plot the integral and differential distribution curves for a suspension of Glukhov clay in water from the results of processing the sedimentation curve
t, min 0.25 0.5 1 2 4 8 12 16 24 28
m, mg 2 7 11 14 22 37 45 48 50 50
The density of particles of the dispersed phase p = 2.78 * 103 kg / m3; density
dispersion medium p0 = 1 * 103 kg / m3; viscosity n = 1 * 10–3 Pa * s; sedimentation height H = 0.12 m. Use the method of constructing tangents to the sedimentation curve.
t, min 0.25 0.5 1 2 4 8 12 16 24 28
m, mg 2 7 11 14 22 37 45 48 50 50
The density of particles of the dispersed phase p = 2.78 * 103 kg / m3; density
dispersion medium p0 = 1 * 103 kg / m3; viscosity n = 1 * 10–3 Pa * s; sedimentation height H = 0.12 m. Use the method of constructing tangents to the sedimentation curve.
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