The results from a sieve analysis are shown below. Plot the grain size distribution data using...
The results from a sieve analysis are shown below. Plot the grain size distribution data using a computer on a semi-log plot (% finer on y-axis vs log of particle size in mm on the x-axis – you can download the plot from the lab 2 material). You can draw the curve through the points by hand. Show how you obtained the values you plotted.
|
Sieve Number |
Mass of soil retained (g) |
|
4 |
0 |
|
10 |
38 |
|
20 |
62 |
|
40 |
90 |
|
60 |
150 |
|
70 |
112 |
|
100 |
220 |
|
200 |
56 |
|
Pan |
10 |
Homework Answers
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The results from a sieve analysis are shown below. Plot the
grain size distribution data using...
214 The following table shows the sieve analysis data on the left and hydrometer test data...
214 The following table shows the sieve analysis data on the left and hydrometer test data on the right for the minus No. 200 sieve material for a given soil. (a) Plot grain size distribution curves for both tests individually on graph. (b) Combine two curves into a combined grain size distribution cunv for the soil. Sieve Analysis Hydrometer Analysis Percentage US Sieve Opening No. Weight Particle (mm) Retained (g) Diameter (mm) r 4.75 2.0 0.85 0.15 0.106 0.075 0.071...
2-19 The results of a sieve analysis on a representative sample of sol are shown below:...
2-19 The results of a sieve analysis on a representative sample of sol are shown below: Sieve size Percent passing 19 mm (3/4 in.) 9.5 mm (3/8 in.) No. 4 No. 8 No. 16 No. 30 No. 50 No. 100 No. 200 98 92 80 50 28 15 6 For the given soil: (a) Plot the grain size distribution curve. (b) Find the effective particle size (D1o) and the uniformity coefficient (Cu). (c) Classify the soil by the Unified Classification...
The following table shows the lab results of a grain size analysis and Atterberg limits for...
The following table shows the lab results of a grain size analysis and Atterberg limits for an inorganic soil sample (initial total mass=1029) Assume you measured a liquid limit of 40% and plastic limit of 30% for the sample. Sieve Size/No. Equivalent Sieve Size (mm) Mass Retaining(s) Mass Passing (9) Percent Passing 3" 75 11 50 0 3 19 4.75 20 2 20 15 10 No. 60 5 4 4 4 0.003 2 2 2" 3/4" No. 4 No. 10...
The raw data from grain-size test is shown below. What is the value of Cc and...
The raw data from grain-size test is shown below. What is the value of Cc and Cu? Sieve # Sieve Size (mm) Mass Retained (g) ¾ “ 19.00 773 # 4 4.75 3316.1 # 10 2.00 298 # 30 0.595 616.1 # 50 0.297 403.9 # 100 0.150 202.4 # 200 0.075 52.2 Pan 14.4
1. Plot particle size distribution curve (You are supposed to fill the above table using MS...
1. Plot particle size distribution curve (You are supposed to fill the above table using MS Excel, therefore any error in the values will return zero point from the table). 2. Determine the fineness modulus of the sample and comment on what that means. 3. Based on the results of the sieve analysis, is the batch of aggregates suitable for making concrete? You are expected to go to the library to find out about grading requirements of aggregates. You can...
Do case #4 Background: The data shown on the following page was obtained from Tension Tests...
Do
case #4
Background: The data shown on the following page was obtained from Tension Tests of 10 unknown ductile metals. For each test, various dimensions and loads were measured before and after failure. The data is a summary of readings taken during the test (loads vs extensometer readings). Purpose: To determine the stress, strain, yield stress and modulus of elasticity of a circular shaped specimen from a tension test. Directions: A. For your particular case (depending on your last...
214 The following table shows the sieve analysis data on the left and hydrometer test data on the right for the minus No. 200 sieve material for a given soil. (a) Plot grain size distribution curves for both tests individually on graph. (b) Combine two curves into a combined grain size distribution cunv for the soil. Sieve Analysis Hydrometer Analysis Percentage US Sieve Opening No. Weight Particle (mm) Retained (g) Diameter (mm) r 4.75 2.0 0.85 0.15 0.106 0.075 0.071...
2-19 The results of a sieve analysis on a representative sample of sol are shown below: Sieve size Percent passing 19 mm (3/4 in.) 9.5 mm (3/8 in.) No. 4 No. 8 No. 16 No. 30 No. 50 No. 100 No. 200 98 92 80 50 28 15 6 For the given soil: (a) Plot the grain size distribution curve. (b) Find the effective particle size (D1o) and the uniformity coefficient (Cu). (c) Classify the soil by the Unified Classification...
The following table shows the lab results of a grain size analysis and Atterberg limits for an inorganic soil sample (initial total mass=1029) Assume you measured a liquid limit of 40% and plastic limit of 30% for the sample. Sieve Size/No. Equivalent Sieve Size (mm) Mass Retaining(s) Mass Passing (9) Percent Passing 3" 75 11 50 0 3 19 4.75 20 2 20 15 10 No. 60 5 4 4 4 0.003 2 2 2" 3/4" No. 4 No. 10...
1. Plot particle size distribution curve (You are supposed to fill the above table using MS Excel, therefore any error in the values will return zero point from the table). 2. Determine the fineness modulus of the sample and comment on what that means. 3. Based on the results of the sieve analysis, is the batch of aggregates suitable for making concrete? You are expected to go to the library to find out about grading requirements of aggregates. You can...
Do
case #4
Background: The data shown on the following page was obtained from Tension Tests of 10 unknown ductile metals. For each test, various dimensions and loads were measured before and after failure. The data is a summary of readings taken during the test (loads vs extensometer readings). Purpose: To determine the stress, strain, yield stress and modulus of elasticity of a circular shaped specimen from a tension test. Directions: A. For your particular case (depending on your last...
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