There are no other layers between in and the sun therefore making it extremely warm.
The thermosphere is the final layer of the atmosphere. Because it is so close to the sun, and there is nothing to protect it from the sun's heat, it is very warm.
The thermosphere at high altitudes has low density of molecules, so there are fewer particles available to absorb and retain heat. Additionally, the few particles that are present in the thermosphere are highly energetic, causing them to quickly lose any absorbed heat through radiation into space.
You would not feel warm in the thermosphere because even though temperatures in the thermosphere can reach thousands of degrees Celsius, the air density is extremely low. This means that there are very few air molecules to transfer heat to your body, so you would not feel hot.
The temperature referred to as 1800, is the motion energy of the particles there.If you held a thermometer up, it would NOT register that 1800 temperature.At 1800 oC a human would be vaporised.Read more: Why_would_you_not_feel_warm_in_the_thermosphere_even_though_temperatures_can_be_up_to_1800_Celsius
Temperatures in the thermosphere can vary widely, ranging from about 500°C (932°F) during the day to 2000°C (3632°F) or more during periods of high solar activity. However, it is important to note that the thermosphere is not like a typical environment on Earth where we feel the temperature – the sparse density of gas molecules means that the "hot" thermosphere would not feel hot to our skin.
The thermosphere is the final layer of the atmosphere. Because it is so close to the sun, and there is nothing to protect it from the sun's heat, it is very warm.
The thermosphere at high altitudes has low density of molecules, so there are fewer particles available to absorb and retain heat. Additionally, the few particles that are present in the thermosphere are highly energetic, causing them to quickly lose any absorbed heat through radiation into space.
You would not feel warm in the thermosphere because even though temperatures in the thermosphere can reach thousands of degrees Celsius, the air density is extremely low. This means that there are very few air molecules to transfer heat to your body, so you would not feel hot.
It keeps all the heat in from the sun so we stay warm enough so the world can be populated.
Only partially, by warm winds. Mainly radiation from our Sun gives us heat.
yes, but not burning heat more like a warm heat. The top and front might get a little warm, but, if you feel heat waves coming out and the door is closed, you may have a bad door fit.
When hair stands up on your arm, it creates a layer of air between the hairs that helps to insulate and retain some heat close to the skin, which can help you warm up slightly by reducing heat loss. This response is an evolutionary trait that mammals have retained to help keep them warm in cold conditions.
The temperature referred to as 1800, is the motion energy of the particles there.If you held a thermometer up, it would NOT register that 1800 temperature.At 1800 oC a human would be vaporised.Read more: Why_would_you_not_feel_warm_in_the_thermosphere_even_though_temperatures_can_be_up_to_1800_Celsius
Its thick, sexy, fluffy pound of fur keeps that little bugger toasty warm.
Temperatures in the thermosphere can vary widely, ranging from about 500°C (932°F) during the day to 2000°C (3632°F) or more during periods of high solar activity. However, it is important to note that the thermosphere is not like a typical environment on Earth where we feel the temperature – the sparse density of gas molecules means that the "hot" thermosphere would not feel hot to our skin.
They insulate from the surrounding air. Actually the warmth you feel is your own body heat reflected and retained by the blanket. keeping your body heat sealed within the blanket. Your body is at average 98.6 degrees so most heat is getting out of your body. The same reason clothes keep us warm. Humans don't have fur like dogs cats and grizzly. So we have to make due.
A duvet might keep you less warm if it is flattened because there will be less warm air trapped in the layers of the duvet. The temperature difference will probably not be extremely noticeable in a home with heat.