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The rainbow is created when the sun produces light of various colors and that light passes through it and separates. Then in the sky the drops act as small prisms and when the sunlight illuminates them in the right way the colors separate forming a rainbow in addition the sunlight hits a drop of rain as if it were white light and refracts becoming red and violet light then reflected and at the angle of the lightning incidence.

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When a water droplet hits sunlight, some of the light is reflected and makes visible some color lights with different angles, and the spectrum is separated creating a rainbow

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when sunligth hits a rain droplet, the ligth is reflected, and the electromagnetc spectrum is made of ligth with many many different wavelength, and each is reflected with different angle in a droplet

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Some of the light is reflected. The electromagnetic spectrum is made of light with many different wavelengths, and each is reflected at a different angle and the rainbow can reflect at all the light.

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When sunlight hits a rain droplet, some of the light is reflected. The electromagnetic spectrum is made of light with many different wavelengths, and each is reflected at a different angle.

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When sunlight hits a rain droplet, the light is refracted as if the droplet is a prism and the white light convert to red and violet and the like is reflected and the angle of the incidence ray and the ray that quit the droplet is 42 degrees. And there are many rain droplets and the rainbow is produced.

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When sunlight hits a raindroplet, some of the light reflect and the electromagnetic spectrum is composed of light with many different wavelengths, and each is reflected at a different angle, so thats is how the spectrum separates finished producing  the rainbow.

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When sunlight strikes a raindrop, some of the light reflect and the electromagnetic spectrum is composed of light with many different wavelengths, and each is reflected at a different angle, so thats is how the spectrum separates finished producing  the rainbow.

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When sunlight hits a rain droplet, some of the light is reflected. The electromagnetic spectrum is made of light with many different wavelengths, and each is reflected at a different angle. Thus, spectrum is separated, producing a rainbow.

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Regular reflection
Diffused reflection
Multiple reflection

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The types are:
1. Regular Reflection
2. Diffused Reflection
3. Multiple Reflection

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The types of the ligth reflection are:
1. Regular Reflection
2. Diffused Reflection
3. Multiple Reflection

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Those types are:
-Regular Reflection
-Diffused Reflection
-Multiple Reflection

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Normal reflection: The incident ray is the same as the reflected ray
Diffused reflection: the incident ray is different because the surface isn't exactly smooth and straight
Multiple reflections: it is reflected several times

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I know:
Regular Reflection
Diffused Reflection

And I didn't know a bout:
Multiple Reflection

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Reflection has 3 kinds: Regular, Multiple and Diffused

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the three kinds of ligth reflections is:
-Regular reflection.
-Diffused reflextion
- Multiple reflection

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1. Multiple Reflection
2. Regular Reflection
3. Diffused Reflection

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The types are:
Diffuse reflection
Multiple reflection
And specular reflection or regular reflection

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The ocean waves can only travel by a surface, same as seismic waves and the compression waves which move at different speeds through the volume of the Earth.

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Regular Reflection.

Diffused Reflection.

Multiple Reflection.

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- Regular Reflection
- Multiple Reflection
- Diffused Reflection

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kinds of light reflection:

Regular Reflection.

Diffused Reflection.

Multiple Reflection.

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I know:

Reflection
Diffuse
Refraction

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Ocean waves travel through the surface, in the ocean, while the seismic waves under the ground, in the earth's layers.

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The difference between these two waves is that the water waves are surface driven by the wind while the seismic waves come in different ways whether transverse or pure and they travel within the layers of the earth.

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One difference between ocean waves and seismic waves are that the seismic waves passes through the earth's inner layers. And ocean waves pass in the surface.

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Luciana Pasapera. difference between the ocean waves and the seismic waves

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Luciana Pasapera. difference between the ocean waves and the seismic waves

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The difference is that the ocean waves and also the seismic waves travel by the surfance, Also the seismic waves can also inside the layer of the earth. Earthquakes send out seismic energy as both body and surface waves.

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Both travel at the surface but the difference is that seismic waves can also travel inside the layers of the earth.

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The difference between ocean waves and seismic waves is that ocean waves are like a wind-driven wave and travel only on the surface and seismic waves travel through the interior layers. In addition, ocean waves can travel by many waves, but seismic waves travel by only one wave if it is the case of a tsunami.

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Ocean waves: travel by the surface
seismic waves: travel by inside layers of earth

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The difference between ocean waves and seismic waves is that the seismic waves can also inside the layers of the earth but the ocean waves can't.

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2. the difference between ocean and seismic waves is that both are body wavess but the seismic waves only go through the layers

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Ocean waves can only move along the surface of the planet like ripples on water because it is surface waves but earthquakes have seismic waves energy as body waves.

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Parts of the electromagnetic spectrum:
Gamma rays, x-rays, visible light, ultraviolet radiation, infrared radiation, radio waves

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The difference is that the ocean and seismic waves travel by the surface, but the seismic waves can also travel inside the layers of the earth.

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Gamma rays, X- rays, Ultraviolet radiation, Visible light, Infrared radiation, and radio waves.

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1- Gamma rays
2- X-rays
3- Ultraviolet radiation
4- Visible light
5- Infrared radiation
6- Radio waves

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The 7 parts of Electromagnetic Spectrum:
1. Gamma rays
2. X-rays
3. Ultraviolet radiation
4. Visible light
5. Infrared radiation
6. Radio waves

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1. Gamma rays
2. X - rays
3. Ultraviolet radiation
4. Visible light
5. Infrared radiation
6. Radio waves

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Electromagnetic Spectrum have 7 parts:
Gamma rays
X-rays
Ultraviolet radiation
Visible light
Infrared radiation
Radio waves

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- microwaves
-radio waves
- Infrared
-visible light
- Ultra violet
- X-rays
- Gamma rays

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the electromagnetic spectrum have 7 parts that is: the gamma rays, the x-rays, the ultravioley raditation, the visible ligth, the infrared radiation, the microwaves and the radio waves

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1. Gamma rays
2. X-rays
3. Ultraviolet radiation
4. Visible light
5. Infrared radiation
6. Radio waves

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Gamma rays, X-rays, ultraviolet radiation, visible light, infrared radiation, and radio waves.

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7 parts of electromagnetic spectrum - Jimena Garcia

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7 parts of electromagnetic spectrum - Jimena Garcia

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1. gamma rays
2. x-rays
3. ultraviolet radiation
4. visible light
5. infrared radiation
6. radio waves

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Gamma rays, X-rays, ultraviolet radiation, visible light, infrared radiation, and radio waves.

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Parts of the Electromagnetic spectrum (Santiago Pogois):

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Parts of the Electromagnetic spectrum (Santiago Pogois):

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-Visible Light
- Xrays
- Ultra violet radiation
- Gamma rays
-Radio waves
- Infrared Radiation

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1- The Electromagnetic Spectrum is divided in 7 regions, gamma rays, x-rays, ultraviolet, light, infrared, microwaves and radio waves.