what color is the atmosphere
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Green flashes At sunset, the sun’s rays travel their longest path to our eyes through the earth’s atmosphere. Like a prism, the atmosphere separates the sun’s light into its component colors, so that we see overlaid images of the sun’s disc in different colors, the lowest being red and the upper rim, blue to violet. As the sun sets, sunlight travels through the atmosphere close to the ground, where it is thickest.
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- The oxygen so characteristic of our atmosphere was almost all produced by plants (cyanobacteria or, more colloquially, blue-green algae). Thus, the present composition of the atmosphere is 79% nitrogen, 20% oxygen, and 1% other gases.
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What causes the blue-green color of Uranus? What causes the blue-green color of Uranus? The amount of helium in its atmosphere. Uranus's atmosphere is made mostly of methane, which reflects bluish-green light.   The absorption of red light by methane crystals… in the upper atmosphere of Uranus gives it its blue/green appearance.
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- The color of the aurora depends on which atom is struck, and the altitude of the meeting. 1  Green - oxygen, up to 150 miles in altitude. 2  Red - oxygen, above 150 miles in altitude. 3  Blue - nitrogen, up to 60 miles in altitude.  Purple/violet - nitrogen, above 60 miles in altitude.
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Why is Uranus blue? Because of this, its poles are sometimes pointed almost directly at the Sun. Uranus' atmosphere is made up of hydrogen, helium, and methane. The temperature in the upper atmosphere is very cold. The cold methane gas is what gives Uranus its blue-green color.The rapid rotation of Uranus causes winds up to 600 kilometers per hour to blow in its atmosphere.Uranus has eleven known rings which contain dark, boulder-sized particles. Uranus has 27 named moons.he temperature in the upper atmosphere is very cold. The cold methane gas is what gives Uranus its blue-green color. The rapid rotation of Uranus causes winds up to 600 kilometers per hour to blow in its atmosphere. Uranus has eleven known rings which contain dark, boulder-sized particles.
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Why isnât the sky black? (scattering) through the azure sky. The blue color of our sky is caused by scattering of light in the atmosphere. Moonrise with blue scattering caused by earth’s atmosphere, photographed from the orbit of Space Shuttle Discovery in 1999. Earth seen from the moon in a black sky, since there is no lunar atmosphere.
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What causes the aurora borealis? The colors in the aurora were also a source of mystery throughout human history. But science says that different gases in Earth’s atmosphere give off different colors when they are excited. Oxygen gives off the green color of the aurora, for example.Nitrogen causes blue or red colors. So today the mystery of the aurora is not so mysterious as it used to be.Yet people still travel thousands of miles to see the brilliant natural light shows in Earth’s atmosphere.xygen gives off the green color of the aurora, for example. Nitrogen causes blue or red colors. So today the mystery of the aurora is not so mysterious as it used to be. Yet people still travel thousands of miles to see the brilliant natural light shows in Earth’s atmosphere.
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Shades of magenta The color sky magenta is a representation of the color of the sky near the sun during the brief period during twilight when the pink of sunset transitions into the blue of early evening. This color was one of the colors in the set of Venus Paradise colored pencils, a popular brand of colored pencils in the 1950s.
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- Uranus, with no solid surface, is one of the gas giant planets. (The others are Jupiter, Saturn, and Neptune.) Its atmosphere is composed primarily of hydrogen and helium, with a small amount of methane and traces of water and ammonia. Uranus gets its blue-green color from methane gas.
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- The iconic images of Jupiter show that it reflects many shades of white, red, orange, brown, and yellow. The color of Jupiter changes with storms and wind in the planet’s atmosphere. The colors of Jupiter’s atmosphere are created when different chemicals reflect the Sun’s light.Most of Jupiter is hydrogen and helium, but the top of its clouds are composed of ammonia crystals, with trace amounts of water ice and droplets, and possibly ammonium hydrosulfide.he colors of Jupiter’s atmosphere are created when different chemicals reflect the Sun’s light. Most of Jupiter is hydrogen and helium, but the top of its clouds are composed of ammonia crystals, with trace amounts of water ice and droplets, and possibly ammonium hydrosulfide.
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What Color Is Helium? Helium is a colorless and odorless gas in its natural state. It gives off a blue neon color when burned. When an electric current runs through it, helium is a pale peach to orange color. Helium is nonreactive and lighter than air, which makes it ideal for use in weather or decorative balloons. Helium is used to keep satellite instruments, spacecraft and MRI machines cool. After hydrogen, helium is the second-most abundant gas in the universe. It is present in all stars and has no known biological role. Helium is nontoxic and used by deep-sea divers at a rate of 80 percent helium and 20 percent oxygen.
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"What would the ""sky"" look like if there was no atmosphere?" · just now. Report Abuse. it would look black, just like space actually is. The reason the sky is blue is because the sun's light scatters when it enters the atmosphere, and the color blue scatters the best of any of the colors (as the sun's light is white, it contains all colors).
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Troposphere The orange layer is the troposphere, the white layer is the stratosphere and the blue layer is the mesosphere. (The shuttle is actually orbiting at an altitude of more than 320 km (200 mi), far above all three layers.). Earth atmosphere diagram showing the exosphere and other layers.he chemical composition of the troposphere is essentially uniform, with the notable exception of water vapor. The source of water vapour is at the surface through the processes of evaporation and transpiration.
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What color is the sky? The sky appears to be blue as perceived by the human eye. This is because the light from the sky is a result of the sunlight scattering. The sky can change and appear lots of colors, such as red, orange, yellow, pink, purple (at sunrise and sunset) and black (at night). The sky appears to be blue as perceived by the human eye. This is because the light from the sky is a result of the sunlight scattering. <br /> The sky can change and appear lots of colors, such as red, orange, yellow, pink, purple (at sunrise and sunset) and black (at night).
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Composition of the Atmosphere Composition of the Atmosphere. The atmosphere contains many gases, most in small amounts, including some pollutants and greenhouse gases. The most abundant gas in the atmosphere is nitrogen, with oxygen second. Argon, an inert gas, is the third most abundant gas in the atmosphere.
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"What would the ""sky"" look like if there was no atmosphere?" If there were no atmosphere, the sky would be all black, except for the area directly around the sun, which you would not be able to look anywhere near because it would be so bright, as there would be no atmosphere to block its rays.
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- Fresh Air is the color of the cyan color spectrum, which belongs to the pale deep sky blue subspectrum. Fresh Air color consists of 65% red, 91% green and 100% blue, which, expressed in RGB, is rgb(165, 232, 255).
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What color is Saturn? saturn is a hazy yellow color with a little bit of green and orange in it and its rings are more of a brown yellow grey color with sparkly ice particles.
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What Color is Uranus? The color of Uranus comes from its atmosphere. Just like Jupiter and Saturn, Uranus is composed mostly of hydrogen and helium, with trace amounts of other elements and molecules.The third most common molecule in the atmosphere of Uranus is methane (CH 4).This substance causes the blue-green color of Uranus.Here’s how it works.ust like Jupiter and Saturn, Uranus is composed mostly of hydrogen and helium, with trace amounts of other elements and molecules. The third most common molecule in the atmosphere of Uranus is methane (CH 4). This substance causes the blue-green color of Uranus. Here’s how it works.
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Why are Uranus and Neptune respectively blue-green and blue? Uranus gets it's color from the amount of methane in the atmosphere. Methane absorbs the red light in the color spectrum, which allows the other colors to be visible. For Neptune, it's the same as Uranus, but it has a little higher amount of methane present in the air. imthewill · 6 years ago.
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- Every gas creates a different color of light: helium-orange/white, neon-red/orange, argon-lavender, krypton-gray/green, and so on. The colors of auroras are determined by the gases in the Earth's atmosphere, and incoming solar particles tend to collide with different gases at different heights. Very high up (above 300 km / 185 miles), oxygen is the most common gas, and collisions there can create a rare red aurora.very gas creates a different color of light: helium-orange/white, neon-red/orange, argon-lavender, krypton-gray/green, and so on. The colors of auroras are determined by the gases in the Earth's atmosphere, and incoming solar particles tend to collide with different gases at different heights.
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The Color of Clouds The Color of Clouds. The color of a cloud depends primarily upon the color of the light it receives. The Earth's natural source of light is the sun which provides 'white' light. White light combines all of the colors in the 'visible spectrum', which is the range of colors we can see. Each color in the visible spectrum represents electromagnetic waves of differing lengths. The colors change as the wavelength increases from violet to indigo to blue, green, yellow, orange, red and deep red.
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- Mercury: grey. Venus: yellowish-white. Earth: light blue with white clouds; oceans and light scattered by the atmosphere make Earth prevailingly blue. Mars: red-orange. Jupiter: has orange and white bands; the white bands are colored by ammonia clouds, while the orange comes from ammonium hydrosulfide clouds. Saturn: pale yellow; ammonia haze covers the whole planet and obscures redder clouds below. Uranus: light blue; the color comes from methane clouds.
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Uranus' Atmosphere: Layers of Icy Clouds Atmospheric composition. Uranus' atmosphere is predominantly made up of hydrogen and helium. Unlike Jupiter and Saturn, these light gases dominate only the outer edges of the planet, but are not a significant contributor to the rocky interior.The dull blue color of Uranus is caused by the presence of methane, which absorbs red light.he seventh planet in the solar system — and the smallest of the gas giants — Uranus has an atmosphere more comparable with Neptune than with Saturn and Jupiter. Known as ice giants, the two most distant planets from the sun have atmospheres that are heavily dominated by ices.
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What is the atmosphere of Uranus like? The atmosphere of Uranus is composed of 83% hydrogen, 15% helium, 2% methane and small amounts of acetylene and other hydrocarbons. Methane in the upper atmosphere absorbs red light, giving Uranus its blue-green color.
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How does the aurora borealis (the Northern Lights) work? ­As the electrons enter the earth's upper atmosphere, they will encounter atoms of oxygen and nitrogen at altitudes from 20 to 200 miles above the earth's surface. The color of the aurora depends on which atom is struck, and the altitude of the meeting. 1  Green-oxygen, up to 150 miles in altitude. 2  Red-oxygen, above 150 miles in altitude. 3  Blue-nitrogen, up to 60 miles in altitude.