Why don't the waves come in the rivers and ponds like in the sea?
Answer: The more wind there is for a tree, the more waves you can expect for a reservoir. Rivers, ponds, and lakes are rippling but there are no waves. Rivers are in the form of streams so the waves in them cannot be compared to the rest. Waves in oceans, lakes, and ponds are the result of a combination of thermal convection, temperature contours, and hydrodynamics. Let’s get a rough understanding of this complex process.
Water is a poor conductor of heat. Convection in water is slower than in soil. If you take the deep sea, or the middle part of the pond, the water temperature there will be higher than the water temperature on the shore. So from the water in the middle, to the water on the shore. In the process of transmitting, longitudinal waves are formed underwater by the above rules.
Surrounding pressure differences cause the water to swell upwards. These are called transverse waves. These accelerate depending on the depth of the reservoir. The intensity of the waves increases as they reach the shore. These are big waves. These waves gradually turn into waves as the depth of the ocean is greater compared to reservoirs such as ponds and lakes.
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