1. You are to determine the optimum water content and the corresponding maximum dry unit weight of the soil at a location through testing five soil samples with different water content. The data is summarized in the table below: Dry unit weight y, 15365.91 17004.00 17221.22 16093.31 15243.99 N/m3 water content 10.45 12.50 15.07 17.65 19.70 (w, %) Create a program that will give a smooth curve that will pass through the data points and determine the optimum water content % (independent variable) and the maximum dry unit weight (dependent variable) of the soil at the location. hint: maximum dry unit weight is the peak of the curve and the derivative at that point is zero. You may use any method for interpolation discussed in class
1. You are to determine the optimum water content and the corresponding maximum dry unit weight of the soil at a location through testing five soil samples with different water content. The data is summarized in the table below: Dry unit weight y, 15365.91 17004.00 17221.22 16093.31 15243.99 N/m3 water content 10.45 12.50 15.07 17.65 19.70 (w, %) Create a program that will give a smooth curve that will pass through the data points and determine the optimum water content % (independent variable) and the maximum dry unit weight (dependent variable) of the soil at the location. hint: maximum dry unit weight is the peak of the curve and the derivative at that point is zero. You may use any method for interpolation discussed in class
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![1. You are to determine the optimum water content and the
corresponding maximum dry unit weight of the soil at a
location through testing five soil samples with different water
content. The data is summarized in the table below:
Dry unit
weight y, 15365.91 17004.00 17221.22 16093.31 15243.99
N/m3
water
content
10.45
12.50
15.07
17.65
19.70
(w, %)
Create a program that will give a smooth curve that will pass
through the data points and determine the optimum water
content % (independent variable) and the maximum dry unit
weight (dependent variable) of the soil at the location. hint:
maximum dry unit weight is the peak of the curve and the
derivative at that point is zero. You may use any method for
interpolation discussed in class](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fadcab02f-8487-43b8-8b95-7e3cf2c8999a%2F1ee73535-9e8a-46c4-8830-8930720a6b3d%2F2uizc27_processed.jpeg&w=3840&q=75)
Transcribed Image Text:1. You are to determine the optimum water content and the
corresponding maximum dry unit weight of the soil at a
location through testing five soil samples with different water
content. The data is summarized in the table below:
Dry unit
weight y, 15365.91 17004.00 17221.22 16093.31 15243.99
N/m3
water
content
10.45
12.50
15.07
17.65
19.70
(w, %)
Create a program that will give a smooth curve that will pass
through the data points and determine the optimum water
content % (independent variable) and the maximum dry unit
weight (dependent variable) of the soil at the location. hint:
maximum dry unit weight is the peak of the curve and the
derivative at that point is zero. You may use any method for
interpolation discussed in class
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