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The earth's atmosphere is not hot enough for thermonuclear fusion to take place.
The thermosphere (above 80 km above the Earth's surface) is the hottest layer. The temperature as high as thousands of degrees as the few molecules that are present in the thermosphere receive large amounts of energy from the Sun. However, it would actually feel very cold as very few molecules will hit our skin and transfer enough energy make us feel the heat..
To be able to escape earth's atmosphere you need to achieve a velocity that is great enough to achieve sufficient energy to escape the earth's gravitational field strength.
We consider the Moon to have no atmosphere. There are traces of radon and a few other things resulting from the out-gassing of rock on the surface, but there just isn't enough to really answer this question in the affirmative. The reason the Moon has no atmosphere is that it's gravity is too slight to "hang on to one"
Because it does not have enough gravity to "hold" onto an atmosphere.
The molecules have enough energy during boiling to leave the attractive forces of the liquid molecules and move into the gas phase molecules, becoming dispersed within the atmosphere with which the liquid is touching.
kinetic energy
Inside what? Oxygen is part of the atmosphere. The thermal velocity of its molecules are insufficient to escape earth's gravity (unlike hydrogen molecules which are fast enough).
Evaporation is the process by which molecules at the surface of a liquid absorb enough energy to change to the gaseous state.
vaporization
kinetic energy, slide
Yes, but the movement is more of a vibration of the molecules. They don't have enough energy for any greater movement.
This releases enough energy to produce up to 38 ATP molecules.
The Moon's gravity causes the lack of atmosphere (any possible atmosphere evaporates out into space in a fairly short time); and the lack of atmosphere causes the extreme temperatures.
The number of collisions with enough energy to react increases.
The earth's atmosphere is not hot enough for thermonuclear fusion to take place.
Some molecules randomly move faster than others. In terms of energy, that means the fastest molecules have enough kinetic energy to escape from the gas (if such a molecule is at the surface). Note that as a result, the average energy of the remaining molecules in the liquid will decrease. The molecules that escape will also have a lower speed (and temperature), since part of their energy is lost to overcome the potential energy hill.