Thursday, March 28, 2019
Physics of Rainbows :: physics rainbow weather
Imagine a sky effective of dark fluffy clouds. The air feels wet and sticky, and rain drops begin to fall. concisely the drops become a sheet of rain and this makes you sad because your outdoor shimmer is over. But, just as you turn your back to go inside, you feel the cheerfulness break through the clouds and warm your back. A smile fills your face because you soak up that rain plus sun equals a rainbow. You turn around to manipulate a glorious rainbow in the sky. As you gaze, questions begin to pop into your head. What be rainbows? Who are some scientists that studied them? What makes the colors? Why is in that respect a double bow? So what are rainbows? It might be easier to inauguration with what they arent by clarifying some common myths about them. * There is an kibosh to the rainbow. -- This is not true. A rainbow is relative to the observers position. Because of this, as an observer moves, so does the rainbow. This way that the end moves as well, and ca n never be found. Also formerly the sun has disappeared or the observer turns to face the sun, the rainbow disappears. * There is a eatage of gold waiting for me at the end. -- For the resaons stated above, there is no end. Because there is no end, well...there is no gold. Sorry * Rainbows are real physical open things.-- Rainbows are optical illusions. They are something that a person can see, barely are not something that a person can really touch. If Rainbows arent real...and there is so end to them...and therefor no gold....so what is a rainbow if its not a magical gold giving wonder? * According to Websters Dictionary A rainbow is an arc containing the colors of the spectrum formed in the sky by the refraction, reflection, and sprinkling of light in rain or fog. * Rainbows are an optical illusion. -- As stated before, they are an illusion and are dependent on the observers shoot down of view. When it starts to rain and an observer has his back to the sun, refraction, reflection, and dispersion occurs and a rainbow is most presumable to be seen.
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