Show complete calculations.Use Excel to plot the graph. - Soil Compaction1. A series of Modified Proctor Tests have been perfomed on a soil that has a unit weightof 26,290.8 N/m. The volume and mass of the empty mold are 1/30 ft and 1.970 kg,respectively. The test results obtained are as follows:Moisture Content Test ResultsMass of Can Mass of Can+Moist Mass of Can +(2)Point No. Mass ofCompactedSoil ()Dry Soil (g)Soil+Mold (kg)3.67322.11205.74196.3323.79823.85194.20180.543.92719.74196.24177.923.98320.03187.43165.713.93221.99199.59171.11a. Plot the compaction curve. You are allowed to use spreadsheet program such asMicrosoft excel. Show your sample calculation for Test No. 1 in your asnwer sheet.

Answered: Image /qna-images/answer/da073736-3095-40f4-b6c1-0f670ab10f30.jpg

- Soil Compaction 1. A series of Modified Proctor Tests have been perfomed on a soil that has a unit weight of 26,290.8 N/m2. The volume and mass of the empty mold are 1/30 ft and 1.970 kg, respectively. The test results obtained are as follows: Moisture Content Test Results Mass of Can Mass of Can+Moist Mass of Can + Dry Soil (2) Point No. Mass of Compacted Soil (g) Soil+Mold (kg) 1 3.673 22.11 205.74 196.33 3.798 23.85 194.20 180.54 3.927 19.74 196.24 177.92 3.983 20.03 187.43 165.71 3.932 21.99 199.59 171.11 a. Plot the compaction curve. You are allowed to use spreadsheet program such as Microsoft excel. Show your sample calculation for Test No. 1 in your asnwer sheet.

- Soil Compaction 1. A series of Modified Proctor Tests have been perfomed on a soil that has a unit weight of 26,290.8 N/m2. The volume and mass of the empty mold are 1/30 ft and 1.970 kg, respectively. The test results obtained are as follows: Moisture Content Test Results Mass of Can Mass of Can+Moist Mass of Can + Dry Soil (2) Point No. Mass of Compacted Soil (g) Soil+Mold (kg) 1 3.673 22.11 205.74 196.33 3.798 23.85 194.20 180.54 3.927 19.74 196.24 177.92 3.983 20.03 187.43 165.71 3.932 21.99 199.59 171.11 a. Plot the compaction curve. You are allowed to use spreadsheet program such as Microsoft excel. Show your sample calculation for Test No. 1 in your asnwer sheet.

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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