Mean size represents in a sieving analysis: O 80% of the finer, which is smaller than the particles with biggest density bulk O 50% of over size which, is smaller than a specific particle size. 50% of the finer which, is bigger than a specific particle size Represents 50% of the smallest particie size. O 50% of the finer, which is smaller than the particles with biggest density real 50% of over size which, is bigger than a specific particle size. O 50% of the finer, which is smaller than the particles with biggest density bulk O Represents 50% of the biggest particle size. O B0% of over size which, is bigger than a specific particle size O 80% of the finer, which is smaller than the particies with biggest density real

Mean size represents in a sieving analysis: O 80% of the finer, which is smaller than the particles with biggest density bulk O 50% of over size which, is smaller than a specific particle size. 50% of the finer which, is bigger than a specific particle size Represents 50% of the smallest particie size. O 50% of the finer, which is smaller than the particles with biggest density real 50% of over size which, is bigger than a specific particle size. O 50% of the finer, which is smaller than the particles with biggest density bulk O Represents 50% of the biggest particle size. O B0% of over size which, is bigger than a specific particle size O 80% of the finer, which is smaller than the particies with biggest density real

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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