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If the temperature of the thermosphere is 1.000 degrees celcius, so what is the temperature of the about some particles. And whats happen.
To understand this question think about an oxygen gas welding. It is about 2.000 celcius temperature. When a room about 22 degrees celcius, think you started to work with a weld. Then the temperature of the room changed to 23 degrees celcius. just changed 1 degrees. Because why? Because the room is big and the oxygen weld is small. The weld is about 2.000 celcius, and changed the air temperature about 1 degrees celcius.
Now look to thermosphere.
Thermosphere is about 1.000 degrees celcius. So what is the average of temperature of "some particles" have?
Question:
if a matter have 2.000 celcius that changes the air 1 degrees celcius;
so;
what is the celcius of the matter that changes to air 1.000 degrees celcius.
the answer is "about" 2.000 x 1.000 = 2 millions celcius. This is the result of the temperature of the particles on the thermosphere.
Result:
The average particles on the thermosphere has the temperature about 2.000.000 degrees celcius. There is no material can resist this heat. You can think this situation like a rocket under the think and strong fire. The rocket or another thing will be full of Holes in a few seconds. This is like heat firing or laser fire.
Nobody can resist it. Sudden and certain evanesce.
Regarding this idea and your signature line...
Propose an idea worthy of respect and maybe, just maybe, others would respect it.
Does your idea of particles in the thermosphere reaching 2 million degrees Celsius rely on Tom magical magnification theory?
An oxy welder operating at 2,000 degrees Celsius only raises the temperature of a room by one degree (your statement) yet it somehow raises the temperature of a single particle to 2 million degrees?
How does this work exactly?
How many oxy welders are floating around in the thermosphere?
What mechanism of FE keeps them up there?
Why does your logic not apply to the room in which the oxy welder originated? You stated the room started out at 22 degrees C and was only raised by 1 degree C. By the logic of your idea and the math you applied to it, the rise in temperature should be equivalent to what you stated about the thermosphere in that the starting temperature should be multiplied by 2,000 degrees C. This would give the room a final temperature of 44,000 degrees C. This room, through the operation of a simple oxy welder, would be almost 8 times hotter than the surface of the Sun.