consider a towing tank filled with fresh water with a length of 150 metres, a width...

 

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consider a towing tank filled with fresh water with a length of 150 metres, a width of 5 metres and a wave maker in one end that generates long-crested regular waves. Assume in this tank a generated regular deep water wave with an amplitude .=0.20 metre and a wave periodT 2.0 seconds. Determine: 1. The circular wave frequency, w, the wave number, k, and the wave length, A 2. The maximum fluid particle velocity in the tank. 3. The path of a fluid particle in the surface of the wave. 4. The path of a fluid particle at 0.50 meter below the still water level. 5. The maximum pressure at 0.50 meter below the still water level. 6. The phase velocity (celerity), c, of these waves. 7. The time between passing an observer along the tank side of two successive wave crests. 8. The phase of the wave elevation 2.50 meter closer to the wave maker relative to the position of an observer, consider a towing tank filled with fresh water with a length of 150 metres, a width of 5 metres and a wave maker in one end that generates long-crested regular waves. Assume in this tank a generated regular deep water wave with an amplitude .=0.20 metre and a wave periodT 2.0 seconds. Determine: 1. The circular wave frequency, w, the wave number, k, and the wave length, A 2. The maximum fluid particle velocity in the tank. 3. The path of a fluid particle in the surface of the wave. 4. The path of a fluid particle at 0.50 meter below the still water level. 5. The maximum pressure at 0.50 meter below the still water level. 6. The phase velocity (celerity), c, of these waves. 7. The time between passing an observer along the tank side of two successive wave crests. 8. The phase of the wave elevation 2.50 meter closer to the wave maker relative to the position of an observer,

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