The tidal constituents for four harbours are given in the following table. Classify the tidal regime at each harbour usi
Posted: Wed May 04, 2022 9:29 am
harbour engineering
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The tidal constituents for four harbours are given in the following table. Classify the tidal regime at each harbour using the tidal ratio. Estimate the maximum tide level at each harbour. Calculate the length of the spring-neap cycle at harbours A and D. The mean water level relative to the local datum, Z, is also given. Note that this can be positive or negative and, strictly speaking, its value is a magnitude rather than an amplitude. Harbour A Harbour B Harbour C Harbour D Amplitude Amplitude Period (hours) Amplitude (cms) Amplitude (cms) Constituent (cms) (cms) 12.42 233 53 22 M₂ 3 5₁₂ 12.00 68 14 7 4 K₁ 23.93 15 35 32 70 25.83 0₁ 17 26 26 68 Z₂ - 0 50 -10 0
no copied answers allowed
The tidal constituents for four harbours are given in the following table. Classify the tidal regime at each harbour using the tidal ratio. Estimate the maximum tide level at each harbour. Calculate the length of the spring-neap cycle at harbours A and D. The mean water level relative to the local datum, Z, is also given. Note that this can be positive or negative and, strictly speaking, its value is a magnitude rather than an amplitude. Harbour A Harbour B Harbour C Harbour D Amplitude Amplitude Period (hours) Amplitude (cms) Amplitude (cms) Constituent (cms) (cms) 12.42 233 53 22 M₂ 3 5₁₂ 12.00 68 14 7 4 K₁ 23.93 15 35 32 70 25.83 0₁ 17 26 26 68 Z₂ - 0 50 -10 0