Water waves in a shallow dish are 6.5 cm long. At one point, the water oscillates up and down at a rate of 5.2 oscillations per second.
What is the speed of the water waves? What is the period of the water waves?
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Water waves in a shallow dish are 6.5 cm long. At one point, the water oscillates up and down at a rate of 5.2 oscillations per second. ...
It shows how to calculate the speed and period of the water waves given its oscillation frequency. The solution is detailed and well presented.
Wave Dynamics and Water Vapor Pressure
See the attached file.
Equations describing wave dynamics and dispersion are used to deduce the following
A wave of period 10s approaching the shore has a height of 1m in deep
water. Calculate (use ?=1.03×103 kg m-3)
(a) The wave speed and group speed in deep water =
(b) The wave steepness in deep water =
(c) The wave power per metre length of crest in deep water =
(d) The wave power per metre length of crest in water 2.5 m deep =
The super cooling of water into droplets is described for the scenario below
Ice particles and super cooled water droplets exist in the same cloud at a temperature if T = 260 K. The water vapor pressure in the cloud is P h2o = 2.50mb. I have to develop an argument that shows the liquid droplets will tend to evaporate and the ice particles will tend to grow.