For each shape, find the number of particles. Solve for the total number of particles in the mixture. Based on the shape of particles, solve for the sphericities of each fraction. Given: weight of mixture of particles = 1 kilogram (w/ ave. spec. gravity of 3), consist of materials of different shapes and dimensions. ellipse cylinder sphere cube dimensions Radius: a=0.06 in, b=0.03 in, c-0.02 in 0.230 height=0.08 in, diameter=0.10 in 0.270 diameter 0.10 cm side= 0.1 cm Mass fraction 0.200 0.300

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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For each shape, find the number of particles.
Solve for the total number of particles in the mixture.
Based on the shape of particles, solve for the sphericities of each fraction.
Given: weight of mixture of particles = 1 kilogram (w/ ave. spec. gravity of 3), consist of materials of different shapes
and dimensions.
dimensions
Mass fraction
ellipse
cylinder
sphere
cube
Radius: a=0.06 in, b=0.03 in, c=0.02 in 0.230
height=0.08 in, diameter=0.10 in
diameter=0.10 cm
side= 0.1 cm
0.270
0.200
0.300
Transcribed Image Text:For each shape, find the number of particles. Solve for the total number of particles in the mixture. Based on the shape of particles, solve for the sphericities of each fraction. Given: weight of mixture of particles = 1 kilogram (w/ ave. spec. gravity of 3), consist of materials of different shapes and dimensions. dimensions Mass fraction ellipse cylinder sphere cube Radius: a=0.06 in, b=0.03 in, c=0.02 in 0.230 height=0.08 in, diameter=0.10 in diameter=0.10 cm side= 0.1 cm 0.270 0.200 0.300
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