23. Solving a chemistry problem
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8. Calculate and construct the integral and differential distribution curves of titanium oxide suspension particles according to the following experimental data as a result of graphical
sedimentation curve processing:
t, min 1 2 3 5 8 10 15 20 25 30 40
m, mg 94 130 150 166 178 184 194 198 200 200
Settlement height H = 0.2 m; viscosity n= 1*10–3 Pa*s; density of titanium oxide p=5.24 g/cm3; density of the dispersion medium p0 = 1 g/cm3.
sedimentation curve processing:
t, min 1 2 3 5 8 10 15 20 25 30 40
m, mg 94 130 150 166 178 184 194 198 200 200
Settlement height H = 0.2 m; viscosity n= 1*10–3 Pa*s; density of titanium oxide p=5.24 g/cm3; density of the dispersion medium p0 = 1 g/cm3.
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23. Solving a chemistry problem
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