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Consider a group of waves are propagating towards a levee that has a 1/3 shoreface slope. For which given combination of the wave steepness, e, and the shoreface slope, s, below, the two-percentile run-up distance (R2%) is the highest? (Consider the significant wave height is the same for all the cases) (a) s = and e = 20 (b) s = and e = 10 (c) s = and e = 20 (d) s = and e = 4 10 HI31131141

Consider a group of waves are propagating towards a levee that has a 1/3 shoreface slope. For which given combination of the wave steepness, e, and the shoreface slope, s, below, the two-percentile run-up distance (R2%) is the highest? (Consider the significant wave height is the same for all the cases) (a) s = and e = 20 (b) s = and e = 10 (c) s = and e = 20 (d) s = and e = 4 10 HI31131141

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Consider a group of waves are propagating towards a levee that has a 1/3 shoreface slope. For which given combination of the wave steepness, e, and the shoreface slope, s, below, the two-percentile run-up distance (R2%) is the highest? (Consider the significant wave height is the same for all the cases) 1 1 and e = 20 1 and e = 10 1 (a) s = 3 (b) s = 3 1 (c) s = - and e 4 1 (d) s = 20 1 and e = 10 4
Transcribed Image Text:Consider a group of waves are propagating towards a levee that has a 1/3 shoreface slope. For which given combination of the wave steepness, e, and the shoreface slope, s, below, the two-percentile run-up distance (R2%) is the highest? (Consider the significant wave height is the same for all the cases) 1 1 and e = 20 1 and e = 10 1 (a) s = 3 (b) s = 3 1 (c) s = - and e 4 1 (d) s = 20 1 and e = 10 4
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