A masonry dam 21m high, has a triangular cross section. The upstream side being vertical. The masonry weighs 23.544 kN/m. The water depth at the upstream side of the dam is 18m. Calculate the width of the base of the dam if the resultant reaction at the base is located 4/10 B from the toe. Round off your answer to a whole number. Answer: B = m 21m 18 m B =?-
A masonry dam 21m high, has a triangular cross section. The upstream side being vertical. The masonry weighs 23.544 kN/m. The water depth at the upstream side of the dam is 18m. Calculate the width of the base of the dam if the resultant reaction at the base is located 4/10 B from the toe. Round off your answer to a whole number. Answer: B = m 21m 18 m B =?-
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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A masonry dam 21m high, has a triangular cross section. The upstream side being vertical. The masonry weighs 23.544 kN/m". The water depth at the upstream side of the dam is 18m. Calculate the width of the base of the dam if
the resultant reaction at the base is located 4/10 B from the toe. Round off your answer to a whole number.
Answer: B =
m
21m
18 m
B = ?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Faf770c23-f38e-449b-8fe4-7444f02ab48c%2Fd5391347-9b67-4681-9acc-4045b8e2350f%2F7mgzwrq_processed.jpeg&w=3840&q=75)
Transcribed Image Text:3
A masonry dam 21m high, has a triangular cross section. The upstream side being vertical. The masonry weighs 23.544 kN/m". The water depth at the upstream side of the dam is 18m. Calculate the width of the base of the dam if
the resultant reaction at the base is located 4/10 B from the toe. Round off your answer to a whole number.
Answer: B =
m
21m
18 m
B = ?
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