16 An infiltrometer is used to determine the infiltration capacity of a clay soil. The experiment lasted 120 minutes. During the experiment water was added to maintain a constant water level in the ring. The total volume of water added is tabulated below. The area of the ring is 600 cm². a Compute for each time interval the infiltration capacity in cm/hr. b Plot the infiltration capacity (cm/hr) versus time (minutes). c Estimate the ultimate value of the infiltration capacity. Time (minutes) 0 1 3 5 10 20 40 60 90 120 Volume added since the start (cm³) 0 60 162 252 427 657 837 957 1122 1272
16 An infiltrometer is used to determine the infiltration capacity of a clay soil. The experiment lasted 120 minutes. During the experiment water was added to maintain a constant water level in the ring. The total volume of water added is tabulated below. The area of the ring is 600 cm². a Compute for each time interval the infiltration capacity in cm/hr. b Plot the infiltration capacity (cm/hr) versus time (minutes). c Estimate the ultimate value of the infiltration capacity. Time (minutes) 0 1 3 5 10 20 40 60 90 120 Volume added since the start (cm³) 0 60 162 252 427 657 837 957 1122 1272
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:16 An infiltrometer is used to determine the
infiltration capacity of a clay soil. The experiment
lasted 120 minutes. During the experiment water
was added to maintain a constant water level in the
ring. The total volume of water added is tabulated
below. The area of the ring is 600 cm².
a Compute for each time interval the infiltration
capacity in cm/hr.
b Plot the infiltration capacity (cm/hr) versus time
(minutes).
c Estimate the ultimate value of the infiltration
capacity.
Time
(minutes)
0
1
3
5
10
20
40
60
90
120
Volume added
since the start
(cm³)
0
60
162
252
427
657
837
957
1122
1272
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