It doesn't end so much as just fades away. As you go up, at 4 miles up there isn't enough air to keep you alive for long; at 20 miles up, there isn't really enough atmosphere to fly a plane. If you fly above 60 miles up, you can qualify for "Astronaut" wings in the USAF. But even at 100 miles up, there's still enough atmosphere to slow down your satellite and cause it to fall to Earth.
They are released in the atmosphere.
The products of a burning reaction is absorbed into the atmosphere. Hope this helps :)
At an altitude of 40 kilometers, the Earth's atmosphere transitions into the exosphere, which consists of very sparse gas molecules that gradually dissipate into space. This boundary is commonly known as the Kármán line, marking the edge of Earth's atmosphere and the beginning of outer space.
two things produced at the end of photosynthesis are glucose and oxygen
No atmosphere
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A rainbow does not have a specific end point, as it is an optical illusion caused by sunlight and water droplets in the atmosphere.
They are released in the atmosphere.
The end of the atmosphere is about 63 miles above the surface of earth
Chromosphere, atmosphere, troposphere, stratosphere, mesosphere, thermosphere, exosphere.
The products of a burning reaction is absorbed into the atmosphere. Hope this helps :)
The products of a burning reaction is absorbed into the atmosphere. Hope this helps :)
Hydrocarbons can end up in the environment when they are released during production, transportation, or use. They can contaminate soil, water, and air, leading to environmental damage. Additionally, hydrocarbons are major components of fossil fuels, which are burned for energy and release carbon dioxide into the atmosphere, contributing to climate change.
If you're just reading Hamlet...well, in my opinion the atmosphere at the end of the first scene is slightly supernatural and very grim.
If you collected enough ship parts, you blast off into the atmosphere. If not, you die and turn into a Pikmin.
The answer that you are looking for is "Venus". That planet has a dense atmosphere of CO2, which has produced a runaway greenhouse effect. When the Earth ocean evaporate, as in this scenario, all of the dissolved CO2 will be liberated and end up in the atmosphere as well, giving us a Venus like greenhouse.