The results of a laboratory proctor test are shown below:No.of Test234Wt.of Mould& Soil (Kg)Water content(%)3.526 3.711 3.797 3.906 3.924 3.8828.33 10.40 12.23 16.20 17.92 20.39The mould is 12.7 cm. high and has an internal diameter of 10 cm., The weight of the Empty mouldis 1.89 kg.1) Plot the moisture content vs. dry density curve and determine the optimum moisturecontent and the max dry density.%3D(1)Plot the zero air content curve and 10% air content curve. Given G = 2.68.

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Test 2. 4 lould Kg) ontent 3.526 3.711 3.797 3.906 3.924 3.882 8.33 10.40 12.23 16.20 17.92 20.39 d has an internal diameter of 10 cm., The weight of the E antent vs dry density curve and determine the optim

Test 2. 4 lould Kg) ontent 3.526 3.711 3.797 3.906 3.924 3.882 8.33 10.40 12.23 16.20 17.92 20.39 d has an internal diameter of 10 cm., The weight of the E antent vs dry density curve and determine the optim

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

The results of a laboratory proctor test are shown below:
No.of Test
2
3
4
Wt.of Mould
& Soil (Kg)
Water content
(%)
3.526 3.711 3.797 3.906 3.924 3.882
8.33 10.40 12.23 16.20 17.92 20.39
The mould is 12.7 cm. high and has an internal diameter of 10 cm., The weight of the Empty mould
is 1.89 kg.
1) Plot the moisture content vs. dry density curve and determine the optimum moisture
content and the max dry density.
%3D
(1)
Plot the zero air content curve and 10% air content curve. Given G = 2.68.

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