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When does a rainbow occur?
A rainbow occurs when sunlight is refracted, reflected, and dispersed by water droplets in the atmosphere, typically after a rain shower. The sunlight enters the water droplets, gets reflected inside them, and exits as different colors due to dispersion, creating the rainbow.
Why is the second rainbow in a double rainbow reversed?
The second rainbow in a double rainbow is reversed because the light is reflected twice inside the raindrop, causing the colors to appear in reverse order. This is due to the different angles at which the light exits the raindrop for each reflection, resulting in the reversal of the color sequence.
What happens when light exits a prism?
When light exits a prism, it undergoes refraction and is separated into its various colors due to the different wavelengths of light bending by different amounts. This separation is known as dispersion, producing a rainbow spectrum of colors.
What two things are needed to make a rainbow?
A rainbow is formed when sunlight is refracted, or bent, by water droplets in the air, and then reflected inside the droplets before being refracted again as it exits. So, you need sunlight and water droplets in the air to create a rainbow.
When was Wall of Serpents created?
Wall of Serpents was created in 1960.
Are sea serpents fish?
No, sea serpents are not fish. They are a type of snake
What is the duration of Sand Serpents?
The duration of Sand Serpents is 1.47 hours.
How many pages does Wall of Serpents have?
Wall of Serpents has 223 pages.
When was Tongues of Serpents created?
Tongues of Serpents was created in 2010-07.
How many pages does Tongues of Serpents have?
Tongues of Serpents has 288 pages.
When was Serpents of the Light created?
Serpents of the Light was created on 1997-10-21.
How is a rainbow formed through the reflection or refraction of light?
A rainbow is formed when sunlight is refracted and reflected inside raindrops, separating the light into its different colors. This happens because the light bends as it enters the raindrop, then reflects off the back of the drop, and finally exits, creating the beautiful spectrum of colors we see in a rainbow.
