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Sea waves travel as up-and-down vibrations: the water moves up and down (without really moving anywhere) as the energy in the wave travels forward. Waves like this are called transverse waves. That just means the water vibrates at right angles to the direction in which the wave travels. Sound waves work in a completely different way.
When the sea travels towards the coast, the sea bed gets shallower - causing the front edge of the wave to slow down. The water at the back of the wave is moving faster than the front, causing the wave to 'rear up' into the classic white foam appearance.
Sound travels faster downwind. The speed at which sound travels is relative to the medium it is moving through. When sound is traveling upwind, you subtract the wind speed from the speed of sound. When it is traveling down wind you add the wind speed.
Sand does not retain heat as easily as water. Therefore, sand cools down faster than the ocean water.
Sand cools down faster after dark
Sea waves travel as up-and-down vibrations: the water moves up and down (without really moving anywhere) as the energy in the wave travels forward. Waves like this are called transverse waves. That just means the water vibrates at right angles to the direction in which the wave travels. Sound waves work in a completely different way.
A helium ballon (if it does not pop). If it does pop, then it will accelerate 10meters per second squared due to gravity.
When the sea travels towards the coast, the sea bed gets shallower - causing the front edge of the wave to slow down. The water at the back of the wave is moving faster than the front, causing the wave to 'rear up' into the classic white foam appearance.
Sound travels faster downwind. The speed at which sound travels is relative to the medium it is moving through. When sound is traveling upwind, you subtract the wind speed from the speed of sound. When it is traveling down wind you add the wind speed.
Sand does not retain heat as easily as water. Therefore, sand cools down faster than the ocean water.
Sand cools down faster after dark
Kinetic Energy.
yes, if there is less water there is less to cool down
yes
No, light does not speed up in water, it slows down.
When air traveling over land moves over water and cools down and travels back it causes precipitation because the water is now full of water droplets.
During the day the land gets is heated fast, but the water takes a while to heat up. At night, water cools down right away, as does land, land absorbs heat faster than water and can also gets cooler faster.