ora linear stress variation over the base of the dam and neglecting hydrostatic uplift. 70m note: sg concrete=2.5 40 10 6. Locate where the resultant crosses the base a. 5.59 m b. 6.28 m c. 8.42 m d. 10.51 m 7. Compute the maximum compressive stress at the base a. 1390 kPa b. 1186 kPа с. 463 КPа d. 508 kPa
ora linear stress variation over the base of the dam and neglecting hydrostatic uplift. 70m note: sg concrete=2.5 40 10 6. Locate where the resultant crosses the base a. 5.59 m b. 6.28 m c. 8.42 m d. 10.51 m 7. Compute the maximum compressive stress at the base a. 1390 kPa b. 1186 kPа с. 463 КPа d. 508 kPa
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
![For a linear stress variation over the base of the dam and neglecting hydrostatic uplift.
70m
note:
sg concrete=2.5
40m
60m
10
6. Locate where the resultant crosses the base
a. 5.59 m
b. 6.28 m
c. 8.42 m
d. 10.51 m
7. Compute the maximum compressive stress at the base
a. 1390 kPa
b. 1186 kPa
с. 463 kPa
d. 508 kPa](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5c90f924-14e0-480a-b2fd-4d00c0ed194c%2Fd37799cf-183e-4dde-8817-bfd886bc33fc%2Fblum4ra_processed.jpeg&w=3840&q=75)
Transcribed Image Text:For a linear stress variation over the base of the dam and neglecting hydrostatic uplift.
70m
note:
sg concrete=2.5
40m
60m
10
6. Locate where the resultant crosses the base
a. 5.59 m
b. 6.28 m
c. 8.42 m
d. 10.51 m
7. Compute the maximum compressive stress at the base
a. 1390 kPa
b. 1186 kPa
с. 463 kPa
d. 508 kPa
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