The order of colors in a secondary rainbow is reversed compared to a primary rainbow, so the inside curve would have a slightly broader band of red at the top and blue at the bottom.
Its because the rainbow is actually a circle. You only see the segment that goes from horizon to horizon. Sometimes you can see the whole rainbow, even multiple ones around the sun as the light filters through upper level atmosphoric moisture (:
A rainbow is a trick of the light and has no physical properties. The water drops that cause the light to show up as a rainbow can come down and touch the ground, so a rainbow can look like it is touching the ground around waterfalls and similar water features, and is so high up in the air that it appears to touch the horizon. But the rainbow will move as the observer's eyes move, so you can never get to the rainbow, but it may appear to someone else that you have reached the end of the rainbow.If you were in a plane looking down on a rainbow you would see a complete circle. From below we only see part of it because of the Earth's curve etc. And as described above only you can see the particular rainbow that you are seeing. It looks different to anyone else because of the way the millions of raindrops reflect light individually and so differ even to someone next to you.
The refraction of white light into colors in a rainbow creates a complete circle from the viewer's perspective, but half of the circle normally appears to be below ground level. From some high altitude viewpoints, and in the laboratory, the full circle form of a rainbow can be seen. To produce one, you could try standing on a platform above a pool or white surface and spraying water toward the surface below. (see related links)
Each droplet of rain is actually a sphere that refracts white light from the sun into all the different colors of the spectrum. Each visible color comes off at a different angle from each drop in the shape of a cone. The droplets directly in front of you are throwing cones of color all around you and you can't see them. As you reach a certain angle away from you, you catch the small part of each cone from millions of spheres and it the colors appear to form a circle. In a plane you can see rainbows in full circles. On the ground you lose half to the horizon. Also, this is why you can't find the gold at the end of the rainbow. Because it always depends on your position relative to the sun and the rain, it will always move as you move or disappear.
Light
A banked curve.
draw a curve in the sky then make it COLORFUL!!!!!!! Good luck
explain what happens inside curve sample
No
Since the outside curve has a higher velocity, it has more erosion meaning the inside curve has a slower velocity more deposition causing it to be shallower. The outside curve is deep.
The primary curve was formed before birth but the secondary curve was formed after birth. Thats basically the difference between the two. hope that helps
A point inside a production possibilities curve represents things that can be produced. However, points inside the curve would be less efficient to produce than those points resting directly on the line.
Centripetal force
The cervical curvature is considered a secondary curvature of the spine. It develops as a compensatory curve to help maintain balance and support the weight of the head.
deposition
Close to the inside. As you head into the corner, break slightly (depending on your speed) and then at the middle of the curve, accelerate out of the curve.
Because rainbow is illusion of eyes. It is cause of sun rays hitting water or moist. Rays curve up after hitting rain drops.