Because the rain needs to be 45 degrees from the sun rays.
Look for a rainbow opposite to the direction of the Sun. This means that if the Sun is setting in the West, the rainbow will appear in the Eastern sky.
A rainbow must always be in the opposite direction from you compared to the sun. So if you see a rainbow in the morning, its center would be in a generally westerly direction from you.
After seeing a rainbow, the Sun is typically positioned behind you. Rainbows form when sunlight is refracted, reflected, and dispersed through water droplets in the atmosphere, creating the spectrum of colors. The arc of the rainbow will always appear opposite to the Sun's location in the sky. Therefore, if you can see a rainbow, the Sun is at your back.
No. Because the sun is out in the outer space and the rainbow is only at the inside of the earth and you could see it,it appears after raining ...
A rainbow appears in the opposite direction of the sun because the light is being refracted, reflected, and dispersed by raindrops in the atmosphere. When sunlight enters a raindrop and is refracted, it is then reflected off the back of the raindrop and dispersed, creating a rainbow that appears on the opposite side of the sky from the sun.
No, it is physically impossible to reach the end of a rainbow because rainbows are actually optical phenomena that appear when light is refracted, dispersed, and reflected by water droplets in the atmosphere.
A moonbow, I think. It is a lunar rainbow, meaning the light comes from the moon instead of the sun. When looked upon by the human eye they appear to be white.
A true rainbow will always appear opposite the sun from your position. The arc you see is part of a circle. If you drew a line from the center of the circle to your eye and extended it behind you it would extend to the sun. Each person actually sees his own rainbow.
If the sun is setting, the rainbow would be in the opposite direction in the sky, typically in the eastern part of the sky. This is because rainbows form when sunlight is refracted, reflected, and dispersed by raindrops in the atmosphere, creating a colorful arc opposite the sun's position.
Yes, a rainbow would appear as a full circle when observed from space because it forms a complete circle around the antisolar point, which is directly opposite the sun. This phenomenon is called a "full-circle rainbow" or a "360-degree rainbow."
You only will see a rainbow if you're facing the opposite direction of the sun
Rainbows are caused by backscatter. If the sun is out, and it is raining, look in the direction opposite from the sun, and you may see a rainbow.