5 set of sieves are to be used for analysis of aggregates. After sieve shaking the sieves, the mass of aggregates that retained on the 1" sieve is 50.26% of the total mass of the sample and the mass of aggregates that retained on the 2nd sieve is 20.26% of the total mass. The mass of the aggregates that passed through the 3rd sieve and 4th sieve is 42.81% and 8.628%, respectively, of the difference of the mass of aggregates that retained on the 1* and 2nd sieve. The mass of aggregates on the pan is 0.4105% of the total mass of the sample – which is 2.6 kg. Complete the table on the worksheet provided and round off to two decimal places.

5 set of sieves are to be used for analysis of aggregates. After sieve shaking the sieves, the mass of aggregates that retained on the 1" sieve is 50.26% of the total mass of the sample and the mass of aggregates that retained on the 2nd sieve is 20.26% of the total mass. The mass of the aggregates that passed through the 3rd sieve and 4th sieve is 42.81% and 8.628%, respectively, of the difference of the mass of aggregates that retained on the 1* and 2nd sieve. The mass of aggregates on the pan is 0.4105% of the total mass of the sample – which is 2.6 kg. Complete the table on the worksheet provided and round off to two decimal places.

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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Question

ANALYTIC APPROACH IN AGGREGATES
5 set of sieves are to be used for analysis of aggregates. After sieve shaking the sieves, the mass of
aggregates that retained on the 1st sieve is 50.26% of the total mass of the sample and the mass of
aggregates that retained on the 2nd sieve is 20.26% of the total mass. The mass of the aggregates that
passed through the 3rd sieve and 4th sieve is 42.81% and 8.628%, respectively, of the difference of the
mass of aggregates that retained on the 1" and 2nd sieve. The mass of aggregates on the pan is 0.4105%
of the total mass of the sample – which is 2.6 kg. Complete the table on the worksheet provided and
round off to two decimal places.

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