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Because of the low density, molecules, particles and atoms, heat wouldn't be transmitted to your skin receptors.
1, 800 degres Celsius
The warmest layer of the atmosphere is the Thermosphere
Thermosphere and and Exosphere are the first ones to receive the suns rays so they can reflect to the clouds and the sun could reflect into the water and points to where it is needed Comment: I think the answer is "hot".
Yes, they're both 1000 degrees celsius. you do not feel it because the air molecules are spread out.and due to space as they are connected to space they are near to sun and sun rays are directly reach them so they are very hot about 2000 degree celsius.
The Thermosphere feels very cold to us because of its low Thermal Energy.There are very few particles in the Thermosphere, so even if they were very, very hot, it would feel cold.
in the thermosphere it is so hott with the tempurature that the tempurature goes all the way up so its so hot that its so cold
The thermosphere is so hot because sunlight strikes this layer of the atmosphere first.
you feel hot. you feel hot.
Because of the air molecules , when they touch you .
Because of the low density, molecules, particles and atoms, heat wouldn't be transmitted to your skin receptors.
It has a high temperature but it is not hot. Temperature (kinetic energy) and hot (thermal energy - a way of transferring energy between objects) are not the same thing. Temperature is the average velocity of particles, which in the thermosphere is quite high, but they are far less dense than in the troposphere, which means that they collide much less often and those fewer collision mean less energy transfer (less heat).
1, 800 degres Celsius
Happy Soda !
because of the air molecules when they touch your skin. :)
The only layer I could think of would be the Thermosphere. The reason why this part of the atmosphere is so hot is that it is the top layer of the atmosphere.
The thermosphere is an upper layer of the atmosphere where the heavier molecules (notably oxygen) are dense enough to absorb a significant part of the high-intensity radiation from the Sun. But this part of the atmosphere is still so thin than an object placed there would encounter very few of the high-energy (high temperature) molecules. Despite the air molecules present, the thermosphere is essentially a vacuum. The International Space Station orbits within the thermosphere, at an altitude of 280 to 460 kilometers (175 to 285 miles). The range of the thermosphere is from about 100 to 600 kilometers (60 to 360 miles) above the Earth's surface.