a. A sample of granule formed a height of cone of 7 cm with a diameter of 14.5 cm. Compute for the ANGLE OF REPOSE then describe the flow property of the sample. b. A sample of powder was made to low from a funnel, a powder cone of 12 mm from the surface was made as well as spread of 4 cm. Determine the ANGLE PF REPOSE. c. Given the following data: Weight of Sx: 120 grams Initial Volume: 100 mL Final Volume: 80 mL Compute for the bulk and tapped density and describe the powder’s compressibility property. d. The following data is for Sodium Bicarbonate powders: Weight of the Sx = 60 grams Initial Volume = 45 mL Final Volume = 36 mL Density = 0.5454 g/mL Compute for the following: Bulk Density Tapped Density Compressibility Index Hausner’s Ratio
Solve the following:
a. A sample of granule formed a height of cone of 7 cm with a diameter of 14.5 cm.
Compute for the ANGLE OF REPOSE then describe the flow property of the sample.
b. A sample of powder was made to low from a funnel, a powder cone of 12 mm from the
surface was made as well as spread of 4 cm. Determine the ANGLE PF REPOSE.
c. Given the following data:
Weight of Sx: 120 grams
Initial Volume: 100 mL
Final Volume: 80 mL
Compute for the bulk and tapped density and describe the powder’s compressibility
property.
d. The following data is for Sodium Bicarbonate powders:
Weight of the Sx = 60 grams
Initial Volume = 45 mL
Final Volume = 36 mL
Density = 0.5454 g/mL
Compute for the following:
Bulk Density
Tapped Density
Compressibility Index
Hausner’s Ratio
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