When you view a distant rainbow, each single water drop contributes to the bow
A. a single color
B. either low, middle, or high-frequency colors in most cases
C. all the colors of the rainbow



Answer :

When I view a distant rainbow, each single water drop contributes to the bow d)All of the above cases. So, correct option is d.

A rainbow is a meteorological peculiarity that is brought about by reflection, refraction and scattering of light in water beads bringing about a range of light showing up overhead. It appears as a kaleidoscopic round bend. Rainbows brought about by daylight generally show up in the part of sky straightforwardly inverse the Sun.

Rainbows can be round trips. In any case, the spectator ordinarily sees just a curve shaped by enlightened drops over the ground,[1] and fixated on a line from the Sun to the spectator's eye.

Inside the essential rainbow, the curve actually shows red on the external part and violet on the inward side. This rainbow is brought about by light being refracted while entering a bead of water, then pondered inside the rear of the drop and refracted again while leaving it.

Hence, correct option is d.

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(Complete question) is:

When you view a distant rainbow, each single water drop contributes to the bow

A. a single color

B. either low, middle, or high-frequency colors in most cases

C. all the colors of the rainbow

D.all of the above cases

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