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A moterial is crushed in a Gyratory crusher such that the averoge size of particle is reduced from 120 mm to 10 mm with the consumption of energy of 30.0 kwkg/s. calculate the power required to crush the same product to on average size of 0.7 mm using a. Rittinger's law b. Kick's law c. Bond's law

A moterial is crushed in a Gyratory crusher such that the averoge size of particle is reduced from 120 mm to 10 mm with the consumption of energy of 30.0 kwkg/s. calculate the power required to crush the same product to on average size of 0.7 mm using a. Rittinger's law b. Kick's law c. Bond's law

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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A moterial is crushed in a Gyratory crusher such that the averoge size of particle is reduced from 120 mm to 10 mm with the consumption of energy of 30.0 kw.ka/s. calculate the power required to crush the same product to an average size of 0.7 mm using: a. Rittinger's law b. Kick's iaw e. Bond's law
Transcribed Image Text:A moterial is crushed in a Gyratory crusher such that the averoge size of particle is reduced from 120 mm to 10 mm with the consumption of energy of 30.0 kw.ka/s. calculate the power required to crush the same product to an average size of 0.7 mm using: a. Rittinger's law b. Kick's iaw e. Bond's law
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