Consider Buoyancy and density. Hydrogen is the lightest element. At the highest point in heaven, you are going to find pure Hydrogen. The higher you go, the colder it gets, as the molecule binding gets lighter and lighter, creating less and less energy as they vibrates. As it gets colder, at some point gas is going to turn liquid, like the clouds bringing us rain, and even freeze. High up in the atmosphere you are going to find Magnesium mixed with hydrogen and other light elements. As this Magnesium mixture gets cold enough, it is going to turn solid, and start falling back to the earth. If a big enough chunk of Magnesium freezes high enough up in the atmosphere, it can create this light show, that you call Meteorites.
As the sunlight interact with a molecule, it makes it vibrate. Close to the ground is the heavy molecules, like O2, which when they vibrate create energy. At about 10,000 meters, you will find lighter molecules, like H2O, which when interacting with sunlight, they also vibrates, creating energy. The O2 molecule will create more energy when it vibrates than the H2O molecule, as it is heavier. The more energy is created, we perceive as heat.
Because I talk about molecules. Water is millions of millions of H2O molecules combined together. A single H2O molecule creates less heat than a O2 molecules when it vibrates, as the individual O2 molecule is heavier than a H2O molecule.
I can use Helium as an example instead. Helium is lighter then Oxygen, so Helium will rise and find its bouncy level higher up in the air then Oxygen will. Since Helium weigh less then Oxygen does, when a Helium atom vibrates, it creates less energy then an Oxygen atom does, when the Oxygen atom vibrates. So as we rise in altitude, and you find less and less Oxygen atoms in the air, and more Helium atoms, it gets colder, as Helium creates less energy when exposed to sunlight then Oxygen does.
Consider Buoyancy and density. Hydrogen is the lightest element. At the highest point in heaven, you are going to find pure Hydrogen. The higher you go, the colder it gets, as the molecule binding gets lighter and lighter, creating less and less energy as they vibrates. As it gets colder, at some point gas is going to turn liquid, like the clouds bringing us rain, and even freeze. High up in the atmosphere you are going to find Magnesium mixed with hydrogen and other light elements. As this Magnesium mixture gets cold enough, it is going to turn solid, and start falling back to the earth. If a big enough chunk of Magnesium freezes high enough up in the atmosphere, it can create this light show, that you call Meteorites.
If the Earth is flat and the sun is not far up, why would it get colder the higher you go and not warmer as you will get closer to the sun?
As the sunlight interact with a molecule, it makes it vibrate. Close to the ground is the heavy molecules, like O2, which when they vibrate create energy. At about 10,000 meters, you will find lighter molecules, like H2O, which when interacting with sunlight, they also vibrates, creating energy. The O2 molecule will create more energy when it vibrates than the H2O molecule, as it is heavier. The more energy is created, we perceive as heat.
H20 is water which most definitely can be found at ground level and certainly heavier than 02.
Yes, it can be found in gas form as well high up but according to your logic, it should heat up more the higher up it is. Then why does it get colder?
The fuck am I reading? This is complete nonsense. This is a complete violation of thermodynamics.
Because I talk about molecules. Water is millions of millions of H2O molecules combined together. A single H2O molecule creates less heat than a O2 molecules when it vibrates, as the individual O2 molecule is heavier than a H2O molecule.
I can use Helium as an example instead. Helium is lighter then Oxygen, so Helium will rise and find its bouncy level higher up in the air then Oxygen will. Since Helium weigh less then Oxygen does, when a Helium atom vibrates, it creates less energy then an Oxygen atom does, when the Oxygen atom vibrates. So as we rise in altitude, and you find less and less Oxygen atoms in the air, and more Helium atoms, it gets colder, as Helium creates less energy when exposed to sunlight then Oxygen does.