Climate Change l Global Warming l Update, News & Discussion

[Ultima Thule]

Venus is not similar to Earth. Venus has 100 times the atmospheric pressure as Earth, which is why it's very hot.

but mass and its dimensions is almost similar to Earth and are you contradicting to world renounced astronomers to Called Venus as SISTER PLANET, and that's a differ to Earth because of CO2 pressure it become very hot, that is i always trying to tell CO2 is a greenhouse gas @undertakerwwefan

 

[Yongpeng Sun-Tastaufen]

but mass and its dimensions is almost similar to Earth and are you contradicting to world renounced astronomers to Called Venus as SISTER PLANET, and that's a differ to Earth because of CO2 pressure it become very hot, that is i always trying to tell CO2 is a greenhouse gas @undertakerwwefan

Venus atmosphere don't have O2, N2, O3, only CO2. CO2 absorbs IR, not shortwave radiation like O2, N2, O3 do on Earth. That's why Earth is cool, Earth's moon is hot more than 100 C and Venus is hot more than 400 C. If Earth only has CO2 like Venus does than Earth surface be like 100 C like on Earth's moon. Very hot because O2, N2, O3 absorb shortwave radiation and makes Earth's air hot and Earth's surface cool.

The reason Earth's air is hot and surface is cool is because O2, N2, O3 absorb most of the powerful shortwave radiation before they hit the surface.

Venus and moon don't have O2, N2, O3, so when shortwave radiation hit their surface their surface heats to hundreds of degrees Celsius.

The smaller molecules of oxygen and nitrogen absorb very short wavelengths of solar radiation while the larger molecules of water vapor and carbon dioxide absorb primarily longer infrared radiant energy.

https://eesc.columbia.edu/courses/ees/climate/lectures/radiation_hays/

 

[Ultima Thule]

Venus atmosphere don't have O2, N2, O3, only CO2. CO2 absorbs IR, not shortwave radiation like O2, N2, O3 do on Earth. That's why Earth is cool, Earth's moon is hot more than 100 C and Venus is hot more than 400 C. If Earth only has CO2 like Venus does than Earth surface be like 100 C like on Earth's moon. Very hot because O2, N2, O3 absorb shortwave radiation and makes Earth's air hot and Earth's surface cool.

Those gases you refer in trace amount in Earth's atmosphere PPB ( part per Billions) and as for your information IR is a short waves radiation you fool, Moon has no/trace amount of atmosphere, at the moon daylight temperature rises +200 C and at night -200 C go research yourself before you bark here on PDF @undertakerwwefan

 

[Yongpeng Sun-Tastaufen]

Those gases you refer in trace amount in Earth's atmosphere PPB ( part per Billions) and as for your information IR is a short waves radiation you fool, Moon has no/trace amount of atmosphere, at the moon daylight temperature rises +200 C and at night -200 C go research yourself before you bark here on PDF @undertakerwwefan

Burning fossil fuel depletes O2, increases CO2. O2 absorbs shortwave. CO2 absorbs long wave. The result is Earth's surface heats up because more shortwave radiation reaching Earth's surface during day and warmer nights because CO2 keeps IR at night when there is no short wave radiation incoming from Sun.

The smaller molecules of oxygen and nitrogen absorb very short wavelengths of solar radiation while the larger molecules of water vapor and carbon dioxide absorb primarily longer infrared radiant energy.

https://eesc.columbia.edu/courses/ees/climate/lectures/radiation_hays/

 

[Ultima Thule]

Venus atmosphere don't have O2, N2, O3, only CO2. CO2 absorbs IR, not shortwave radiation like O2, N2, O3 do on Earth. That's why Earth is cool, Earth's moon is hot more than 100 C and Venus is hot more than 400 C. If Earth only has CO2 like Venus does than Earth surface be like 100 C like on Earth's moon. Very hot because O2, N2, O3 absorb shortwave radiation and makes Earth's air hot and Earth's surface cool.

The reason Earth's air is hot and surface is cool is because O2, N2, O3 absorb most of the powerful shortwave radiation before they hit the surface.

Venus and moon don't have O2, N2, O3, so when shortwave radiation hit their surface their surface heats to hundreds of degrees Celsius.

The smaller molecules of oxygen and nitrogen absorb very short wavelengths of solar radiation while the larger molecules of water vapor and carbon dioxide absorb primarily longer infrared radiant energy.

https://eesc.columbia.edu/courses/ees/climate/lectures/radiation_hays/

IR and short waves raditions is the same thing @undertakerwwefan
https://en.wikipedia.org/wiki/Electromagnetic_radiation

 

[Yongpeng Sun-Tastaufen]

IR and short waves raditions is the same thing @undertakerwwefan
https://en.wikipedia.org/wiki/Electromagnetic_radiation

Nope. Shortwave is visible light and UV, very powerful. IR is long wave. The shorter the wave length, the more powerful. UV is the most powerful. IR is the weakest. O3 absorbs UV. O2 and N2 absorb visible radiation. CO2 absorbs IR.

Burning fossil fuel decreases O2, increases CO2.

The smaller molecules of oxygen and nitrogen absorb very short wavelengths of solar radiation while the larger molecules of water vapor and carbon dioxide absorb primarily longer infrared radiant energy.

https://eesc.columbia.edu/courses/ees/climate/lectures/radiation_hays/

 

[Ultima Thule]

Burning fossil fuel depletes O2, increases CO2. O2 absorbs shortwave. CO2 absorbs long wave. The result is Earth's surface heats up because more shortwave radiation reaching Earth's surface during day and warmer nights because CO2 keeps IR at night when there is no short wave radiation incoming from Sun.

The smaller molecules of oxygen and nitrogen absorb very short wavelengths of solar radiation while the larger molecules of water vapor and carbon dioxide absorb primarily longer infrared radiant energy.

https://eesc.columbia.edu/courses/ees/climate/lectures/radiation_hays/

https://en.wikipedia.org/wiki/Electromagnetic_radiation
As compare to Visible light/x-rays/radio waves, IR is shortwaves electromagnetic waves @undertakerwwefan

 

[Yongpeng Sun-Tastaufen]

https://en.wikipedia.org/wiki/Electromagnetic_radiation
As compare to Visible light/x-rays/radio waves, IR is shortwaves electromagnetic waves @undertakerwwefan

CO2 absorbs IR which is weak. O2 absorbs visible light which is powerful. Burning fossil decreases O2 in the air and increases CO2 in the air. So hotter days and warmer nights as more visible light reaches the surface during day and more CO2 keeps more IR in at night.

The smaller molecules of oxygen and nitrogen absorb very short wavelengths of solar radiation while the larger molecules of water vapor and carbon dioxide absorb primarily longer infrared radiant energy.

https://eesc.columbia.edu/courses/ees/climate/lectures/radiation_hays/

 

[Ultima Thule]

Nope. Shortwave is visible light and UV, very powerful. IR is long wave. The shorter the wave length, the more powerful. UV is the most powerful. IR is the weakest. O3 absorbs UV. O2 and N2 absorb visible radiation. CO2 absorbs IR.

Burning fossil fuel decreases O2, increases CO2.

The smaller molecules of oxygen and nitrogen absorb very short wavelengths of solar radiation while the larger molecules of water vapor and carbon dioxide absorb primarily longer infrared radiant energy.

https://eesc.columbia.edu/courses/ees/climate/lectures/radiation_hays/

And those gases is you refer is in trace amount in earth atmosphere so they have negative impact on warming the earth, CO2 is responsible to heat the earth , keep blabbering baseless @undertakerwwefan

 

[Yongpeng Sun-Tastaufen]

And those gases is you refer is in trace amount in earth atmosphere so they have negative impact on warming the earth, CO2 is responsible to heat the earth , keep blabbering baseless @undertakerwwefan

CO2 absorbs IR which is weak. O2 absorbs visible light which is powerful. Burning fossil decreases O2 in the air and increases CO2 in the air. So hotter days and warmer nights as less O2 means more visible light reaches the surface during day and more CO2 keeps more IR in at night.

The smaller molecules of oxygen and nitrogen absorb very short wavelengths of solar radiation while the larger molecules of water vapor and carbon dioxide absorb primarily longer infrared radiant energy.

https://eesc.columbia.edu/courses/ees/climate/lectures/radiation_hays/

 

[Ultima Thule]

CO2 absorbs IR which is weak. O2 absorbs visible light which is powerful. Burning fossil decreases O2 in the air and increases CO2 in the air. So hotter days and warmer nights as more visible light reaches the surface during day and more CO2 keeps more IR in at night.

The smaller molecules of oxygen and nitrogen absorb very short wavelengths of solar radiation while the larger molecules of water vapor and carbon dioxide absorb primarily longer infrared radiant energy.

https://eesc.columbia.edu/courses/ees/climate/lectures/radiation_hays/

Shut up you troll @undertakerwwefan
And those gases is you refer is in trace amount in earth atmosphere so they have negative impact on warming the earth, CO2 is responsible to heat the earth , keep blabbering baseless @undertakerwwefan

 

[Yongpeng Sun-Tastaufen]

Shut up you troll @undertakerwwefan
And those gases is you refer is in trace amount in earth atmosphere so they have negative impact on warming the earth, CO2 is responsible to heat the earth , keep blabbering baseless @undertakerwwefan

O2, N2, O3 absorb shortwave or else that shortwave reaches Earth's surface and Earth's surface more than 100 C like on moon so no water so no life.

The smaller molecules of oxygen and nitrogen absorb very short wavelengths of solar radiation while the larger molecules of water vapor and carbon dioxide absorb primarily longer infrared radiant energy.

https://eesc.columbia.edu/courses/ees/climate/lectures/radiation_hays/

 

[Ultima Thule]

CO2 absorbs IR which is weak. O2 absorbs visible light which is powerful. Burning fossil decreases O2 in the air and increases CO2 in the air. So hotter days and warmer nights as less O2 means more visible light reaches the surface during day and more CO2 keeps more IR in at night.

The smaller molecules of oxygen and nitrogen absorb very short wavelengths of solar radiation while the larger molecules of water vapor and carbon dioxide absorb primarily longer infrared radiant energy.

https://eesc.columbia.edu/courses/ees/climate/lectures/radiation_hays/

Shut up and you're reported for your baseless troll @undertakerwwefan and tell me that those gases you refer in excess amount or CO2 is excess amount in earth atmosphere @undertakerwwefan

 

[Yongpeng Sun-Tastaufen]

Shut up and you're reported for your baseless troll @undertakerwwefan and tell me that those gases you refer in excess amount or CO2 is excess amount in earth atmosphere @undertakerwwefan

CO2 absorbs long wave. O2, N2, O3 absorbs short wave. Together they make Earth's surface cool at day and warm at night, not like on moon where it's more than 100 C at day and less than -100 C at night. That's why only Earth can have life.

The smaller molecules of oxygen and nitrogen absorb very short wavelengths of solar radiation while the larger molecules of water vapor and carbon dioxide absorb primarily longer infrared radiant energy.

https://eesc.columbia.edu/courses/ees/climate/lectures/radiation_hays/

 

[Ultima Thule]

O2, N2, O3 absorb shortwave or else that shortwave reaches Earth's surface and Earth's surface more than 100 C like on moon so no water so no life.

The smaller molecules of oxygen and nitrogen absorb very short wavelengths of solar radiation while the larger molecules of water vapor and carbon dioxide absorb primarily longer infrared radiant energy.

https://eesc.columbia.edu/courses/ees/climate/lectures/radiation_hays/

you pathetic troll No O2,N3 and O3 is in excess amount, CO2 is responsible for @undertakerwwefan