Some questions about rainbows.

1 Answer

Answer :

answer:The rainbow’s position is entirely determined by where the sun is relative to your head. If you were to draw a line from the sun extending through your head, that line would continue on past your head and point to the center of the arc of the rainbow. The colored bands will then appear along the arc that lies about 40 degrees off that center point. The bands of color are reflected from droplets of water, not molecules. The rainbow is the cumulative result of seeing a reflection of the sun from the backside of billions of individual water drops. Those drops are not at all in the same plane, so the rainbow doesn’t lie at any defined distance from you. Some of the reflecting droplets may be just a few feet away from you, others may be miles away. If a ray that is coming at your eye from a far away drop gets intercepted by another drop along the way, it will simply be bent off in a different direction and you’ll never see it.

Related questions

Description : If our sun were not a small yellow star and was a different color, would rainbows still look the same?

Last Answer : No. The colors of the our rainbows occur because white light is in effect. Different sunlight colors would produce different colored rainbows. A red sun might have a rainbow that didn't have red, ... yellow, or the same green, or purple. Different colors would occur if our sun was actually yellow.

Description : When people see two rainbows together, why do they often call them a "double rainbow" instead of "double rainbows"?

Last Answer : Possibly because one is a ghost of the other, less brilliant and more smoky. Probably just because it developed as part of the vernacular, like many deer, moose and fish but several coyotes, wolves and eels.

Description : How are rainbows formed?

Last Answer : When the Sun is shining and it is raining nearby, the light from the Sun reflects off of the rain, creating an arching color explosion! I don’t know the science behind how the colors are produced or how it creates an actual arch

Description : Why are rainbows curved?

Last Answer : Great question..I believe it is the atmosphere...the view from where we are standing looking up that makes it curved.

Description : Rainbows?

Last Answer : there is gold at the end of a rainbow.

Description : Rainbows are produced when sunlight (1) Incident on rain drops hanging in the atmosphere is dispersed after suffering refraction (2) Incident on rain drops hanging in the atmosphere is dispersed ... atmosphere is dispersed after suffering reflection. (4) None of the given statements is correct.

Last Answer : (2) Incident on rain drops hanging in the atmosphere is dispersed after suffering refraction and internal reflection. Explanation: When the light rays from the Sun are incident on water drops hanging in ... results in production of colour arcs which appear hanging in the sky and known as rainbow.

Description : Since clouds contain tiny water droplets, why are rainbows not permanently present?

Last Answer : On a rainy day, sunrays, which are polychromatic(with all the seven colours), fall on water droplets at a certain incident angle adn refract with certain other refractive angle because water ... they are numerous and closer against an appropriate viewing angle to allow the cooperative phenomenon.)

Description : How are Rainbows Formed

Last Answer : How are Rainbows Formed A rainbow is a colorful bow appearing in the sky when it suddenly rains on a bright sunny day. What is a Rainbow? Sunlight is composed of light of varying wavelengths. ... behind you - spray water in front of you along all directions to see rainbows popping all around.

Description : Rainbows are produced when sunlight : (1) Incident on rain drops hanging in the atmosphere is dispersed after suffering refraction (2) Incident on rain drops hanging in the atmosphere is dispersed ... atmosphere is dispresed after suffering reflection. (4) None of the given statements is correct.

Last Answer : Incident on rain drops hanging in the atmosphere is dispersed after suffering refraction and internal reflection.