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c) (E) is the energy consumed to crush a material with ( 90 mm) particles in a gyratory crusher into (10 mm), determine the particle size of product if the energy increased by three times to crushed the same feed, using Von-Rittinger's law. Note that, the Von-Rittinger's constant is equal ( 0.135 kW/kg.m)

c) (E) is the energy consumed to crush a material with ( 90 mm) particles in a gyratory crusher into (10 mm), determine the particle size of product if the energy increased by three times to crushed the same feed, using Von-Rittinger's law. Note that, the Von-Rittinger's constant is equal ( 0.135 kW/kg.m)

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c) (E) is the energy consumed to crush a material with ( 90 mm ) particles in a gyratory crusher into (10 mm), determine the particle size of product if the energy increased by three times to crushed the same feed, using Von-Rittinger's law. Note that, the Von-Rittinger's constant is equal ( 0.135 kW/kg.m)
Transcribed Image Text:c) (E) is the energy consumed to crush a material with ( 90 mm ) particles in a gyratory crusher into (10 mm), determine the particle size of product if the energy increased by three times to crushed the same feed, using Von-Rittinger's law. Note that, the Von-Rittinger's constant is equal ( 0.135 kW/kg.m)
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