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Completion 1.Complete The following table WeightSus weight pended (g) that Suspend Percentag Cumulative Percentag Sieve Size ed Percenta passes (%) Detained ge (%) e of Percentage e of cumulativ passes (g) (%) e passes |(%) 2) Graph gradation 3) Calculate the fineness modulus

Completion 1.Complete The following table WeightSus weight pended (g) that Suspend Percentag Cumulative Percentag Sieve Size ed Percenta passes (%) Detained ge (%) e of Percentage e of cumulativ passes (g) (%) e passes |(%) 2) Graph gradation 3) Calculate the fineness modulus

Structural Analysis
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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Completion 1.Complete The following table Sieve Size WeightSus weight Suspend Percentag Cumulative Percentag pended (g) Percentage e of cumulativ that ed Percenta passes (%) Detained ge (%) e of passes (g) |(%) e passes |(%) 2) Graph gradation Calculate the fineness modulus 3)
Transcribed Image Text:Completion 1.Complete The following table Sieve Size WeightSus weight Suspend Percentag Cumulative Percentag pended (g) Percentage e of cumulativ that ed Percenta passes (%) Detained ge (%) e of passes (g) |(%) e passes |(%) 2) Graph gradation Calculate the fineness modulus 3)
Problem 1: A sieve analysis of 1,135 grams of fine rock yields the following data in the table. The size of a sieve Restrained in each a Through a sieve(gr) sieve (gr) % in 1135 ½ in 56 1079 % in. 171 908 NO.4 262 646 NO.8 203 443 NO.30 182 261 NO.50 68 193 NO.100 57 136 NO.200 51 85 Pan 85 The total weight of example 1135 grams
Transcribed Image Text:Problem 1: A sieve analysis of 1,135 grams of fine rock yields the following data in the table. The size of a sieve Restrained in each a Through a sieve(gr) sieve (gr) % in 1135 ½ in 56 1079 % in. 171 908 NO.4 262 646 NO.8 203 443 NO.30 182 261 NO.50 68 193 NO.100 57 136 NO.200 51 85 Pan 85 The total weight of example 1135 grams
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