What are some of the waves that come from the Sun?
109050
Electromagnetic waves.  That includes x, gamma, visible light etc...\n\nGravitational waves.
332983
The sun.  That's what Mother Nature used, and it works pretty good.
27089
From inside out\n\nCore\nRadiative Zone\nConvection Zone\nPhotosphere\nChromosphere\nCorona
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The simple answer - the wind causes waves (once in a while, of \ncourse, there is an earthquake under the ocean that causes a "tidal wave", \nor tsunami, as the Japanese call them), but all those waves that crash \nendlessly on the beaches of the world, day in and day out, year after year, \nare caused by winds. When you're in boat in the ocean far from land, the \nwaves come from every direction, because they can travel for many, many \nmiles, and the wind blows in different directions in different areas and \noften changes from day to day. When the waves get to shallow water near the \nshore, there is friction between the waves and the sea bottom. The effect \nof that friction is to turn the waves so that come straighter in toward the \nshore. If you're standing on a lookout point above the shore, you can often \nsee this effect. \nNow imagine what's happening on a day when the waves are coming in \ntoward you even though the wind is blowing out toward the sea from the \nshore. The waves breaking on shore got started someplace, possibly hundreds \nof miles away, where the wind direction was more or less blowing toward the \nshore, and they have continued despite having the wind now blowing at them. \nAt the same time, there are new waves being formed by the wind you feel, \nand they will build up and head away from the shore. At some time in \nnext several days, they may be breaking on a beach on the other side of the \nocean, and cause some curious kid to wonder where they came from. Now you \ncould answer, "They started one day right off this beach."
343521
like of buffalo wings or the sun?
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Waves are formed in three ways, gravity, wind and earthquakes. Gravity is responsible for the high and low tides. High tide is when the water is the deepest and low tide is when the water is most shallow. The rise and fall of the water level causes waves to form.\n\nThe second cause of waves is wind. The wind can be light and only cause small waves. These waves can be as tiny as ripples in the water. Young children can practice making waves by blowing on a bowl full of water.\n\nWind can also cause very large waves that make being in the water very dangerous. Even large ships don't want to be caught in a storm with huge waves.\n\nThe type of wave wind causes depends on how hard the wind is blowing, how long the wind blows and how much ocean the wind blows over.\n\nLastly, waves can be caused by earthquakes. Earthquakes are the result of two of the earth's plates rubbing together. Just as we stumble or fall during an earthquake, water also reacts to the power force. The earthquake pushes the water away from the epicenter of the quake and can cause some pretty large waves.
55567
The sun gives off high-energy charged particles (also called ions) that travel out into space at speeds of 300 to 1200 kilometres per second. A cloud of such particles is called a plasma. The stream of plasma coming from the sun is known as the solar wind. As the solar wind interacts with the edge of the earth's magnetic field, some of the particles are trapped by it and they follow the lines of magnetic force down into the ionosphere, the section of the earth's atmosphere that extends from about 60 to 600 kilometres above the earth's surface. When the particles collide with the gases in the ionosphere they start to glow, producing the spectacle that we know as the auroras, northern and southern. The array of colours consists of red, green, blue and violet.
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auspicious sky\nglistening sea\nbabbling brook\nbillowing wind\nfurtive tide
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click here:http://www.theenvironmentsite.org/Forum/viewtopic.php?t=663\nhttp://news.nationalgeographic.com/kids/2004/08/waves.html
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A solar wind is a stream of charged particles (i.e., a plasma) which are ejected from the upper atmosphere of a star. When originating from stars other than the Earth's Sun, it is sometimes called a stellar wind.
869831
P wave is the primary wave. Generated from the point called focus. The speed of this wave is from 13 to 17 kilo meters per second. Moves the particles in its direction of propagation. you can assume that this is non destructive wave. The secondary waves comes from the point of focus. The speed is nearly half of the primary wave. This moves the particles perpendicular to the direction of its propagation. Destructive.Do not pass through liquid. These waves are called body waves. generated from earthquakes. The L wave and R waves are most dangerous waves coming from the surface of the earth. These waves are coming because of reflection and refraction.These are called surface waves. The speed is slower than other two waves.
223551
it's a mixture of air and water. when the waves are churning up they mix in air and the combination is what you see as foam. also some minor impurities are present.
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Well for sund waves you can use the tuning fork and cup of water demonstration. As the water absorbs the sound waves it will ripple with the same vigor as the tuning fork. As far as light waves you can use the same glass and direct a flashlight through it to show how the water bends the light. Hope this helps.
82800
doppler radar.  or just your ave thermometer.  elements? like rain thunder?  i would pick sun.  i like the sun baby.
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solar,  sun light, hydrogen
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Imagine the light wave from a point source like the circular waves produced when you drop a stone in water.  As the wave moves out, each point on the wavefront behaves like its own point-source and the constructive/destructive interference of these "wavelets" cause the wave to continue to propagate.\n\nIn 3-dimensions, the light from the sun is like a spherical wave propagating out. The wavefront is perpendicular to the direction of travel. The sun is about 93 million miles away, so by the time the wavefront reaches the earth, the tangent to the "spherical" wavefront is essentially the same as the wavefront itself. Hence, it can be represented as a plane wave because the spherical nature of the wave becomes insignificant.\n\nHowever, with a "nearby" lamp, the spherical wavefront retains its shape - i.e., we cannot neglect the shape of the wavefront. The effect is similar to placing a ruler tangent to circles of different radii. A ruler placed alongside a circle of 93 million mile radius would be virtually indistinguishable from the circle itself.
38650
The sun causes the water to evaporate leaving the salt behind.