Interference of Waves in a Pool: Still Surface & Heating Effects

In summary, the conversation discusses the possibility of achieving a still surface on a pool of water with two wave machines on opposite sides. It is determined that this is not possible due to the conversion of ordered wave energy into disordered thermal energy. The best scenario would be a standing wave, where some points on the surface are stationary while others move vertically.
  • #1
philrainey
90
0
I'm trying to increase my understanding of what happens to waves with interference so I'll ask the following question to try and do so.
If one had a pool of water with a wave machine pulling the side in and out all along one side and an identical wave machine on the other side working in another phrase can it be possible to have a still surface on the pool, and if you can does the energy from the wave machines still heat up the water just as much?
 
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  • #2
No. Your energetic argument is enough, I think. The equations describing wave motion would work in an ideal, continuous medium with no thermal motion. In that case there would be no mechanism to convert the ordered wave energy into disordered thermal energy, so where would the energy go? The best you can do is a standing wave, where some points on the surface are stationary, but the parts in between go up and down without appearing to move horizontally.
 

Related to Interference of Waves in a Pool: Still Surface & Heating Effects

1. What is interference of waves in a pool?

Interference of waves in a pool refers to the phenomenon where two or more waves overlap and interact with each other. This interaction can result in either constructive interference, where the waves reinforce each other and create a larger amplitude, or destructive interference, where the waves cancel each other out.

2. How does a still surface affect the interference of waves in a pool?

A still surface in a pool means that there are no external disturbances or movements causing waves. In this case, the interference of waves will be more noticeable as there are no other waves to interfere with. This can result in more distinct patterns and larger amplitudes.

3. What are some factors that can affect the interference of waves in a pool?

Aside from a still surface, other factors that can affect the interference of waves in a pool include the wavelength, frequency, and amplitude of the waves, as well as the depth and shape of the pool. Temperature and wind can also play a role in the interference of waves.

4. How does heating affect the interference of waves in a pool?

Heating can affect the interference of waves in a pool by causing the water to expand and create tiny ripples or waves. These small waves can interfere with the larger waves, causing distortions in the interference pattern. Additionally, changes in water temperature can also affect the speed and wavelength of the waves, altering their interference patterns.

5. What are some real-life applications of studying interference of waves in a pool?

Studying interference of waves in a pool can have practical applications in various fields such as engineering, seismology, and oceanography. Understanding how waves interact and interfere with each other can help in designing structures that can withstand wave forces, predicting earthquakes and tsunamis, and studying ocean currents and tides.

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