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Why are microwaves beneficial to use for transmitting information?

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Why are microwaves beneficial to use for transmitting information?

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They are beneficial because for transmitting information because microwave energy can pass through haze, light rain and snow, clouds, and smoke

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Why do bones show up on X-Rays?
Bones absorb muscle, fat, and organs, allow more x-rays to travel through them, while dense bone absorbs much of the radiation. As a result, on an x-ray, bones appear white, soft tissue appears gray, and air appears black.

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dense bones absorb more radiation than muscles and soft tissue. Those allow more x-rays to pass through them, unlike bones which absorb them.

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Sunburns are causes by too much exposure to UV light. (Ultraviolet)

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What are 3 types of harmful waves that our atmosphere protects us from?

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What are 3 types of harmful waves that our atmosphere protects us from?

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gamma rays, x rays, and ultra violet rays

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In 1800, William Herschel conducted an experiment measuring the difference in temperature between the colors in the visible spectrum. He placed thermometers within each color of the visible spectrum.

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What are the 3 ways we describe electromagnetic energy?  Terms of Energy, wavelength or frequency. 

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What are the 3 ways we describe electromagnetic energy?  Terms of Energy, wavelength or frequency. 

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Radio telescopes collect weak radio light waves, bring it to a focus, amplify it and make it available for analysis.

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All light has what two types of properties?	

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All light has what two types of properties?	

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Wavelength, intensity

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Question 4: What are the regions of the spectrum with wavelengths that can pass through the atmosphere called?

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Question 4: What are the regions of the spectrum with wavelengths that can pass through the atmosphere called?

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These regions of the spectrum with wavelengths that can pass through the atmosphere are referred to as "atmospheric windows." Some microwaves can even pass through clouds, which make them the best wavelength for transmitting satellite communication signals.

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Emmanuel:What important layer in Earth's atmosphere is responsible for blocking ultraviolet radiation?

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Emmanuel:What important layer in Earth's atmosphere is responsible for blocking ultraviolet radiation?

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The Ozone Layer, It almost absorbs all the ultraviolet light.

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Do Electromagnetic Waves need a medium to travel through?

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Do Electromagnetic Waves need a medium to travel through?

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No, electromagnetic waves can travel not only through air and solid materials, but they can also travel through space.

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 Who is Heinrich Hertz and what is he famous for?

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 Who is Heinrich Hertz and what is he famous for?

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He was a German physicist and he is famous for inventing the theory of electromagnetism and also for discovering that light and heat are electromagnetic radiation.

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Ultraviolet radiation has too small of a wavelength for humans to see. However, name one animal that can see ultraviolet radiation.

Dogs

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-Radar is used to detect aircraft, ships, spacecraft, guided missiles, motor vehicles, weather formations, and terrain.

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Can the human eye detect the full range of the EMS?

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Can the human eye detect the full range of the EMS?

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human eye can only detect only a small portion of this spectrum called visible light.

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What did James Maxwell theorize about electromagnetic waves?He theorized that the velocity of radio waves was equal to the velocity of light.

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What did James Maxwell theorize about electromagnetic waves?He theorized that the velocity of radio waves was equal to the velocity of light.

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Vale Peralta: Why do bones show up on X-Rays? Parts of your body are shown in x-rays because the different tissues inside your body absorb radiation and they are shown as white. Calcium in bones absorbs the most radiation, which makes bones look white. Fat and other tissues absorb less radiation so that is why they look gray. 

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Vale Peralta: Why do bones show up on X-Rays? Parts of your body are shown in x-rays because the different tissues inside your body absorb radiation and they are shown as white. Calcium in bones absorbs the most radiation, which makes bones look white. Fat and other tissues absorb less radiation so that is why they look gray. 

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Carola: What is the relationship between wavelength and amount of energy?
It's an inverse relationship because if the wavelength is shorter the energy is higher but if the wavelength is longer the energy will be lower.