hi my name is shawn and todays adventure is we will travel in space and visit all the different spheres and we will see how when we travel we feel radiation conduction and convection
this is the layer that we live on the troposphere
the troposhere is thinnest at north and south pole
well i wanna explore more so lets go more up
the troposhere is the land we stand on but most people like to find the troposhere on moutain and onther high mountains
key FACTThe troposhere is beetween 5 and 9 mile and 8 and 14 kilometers thick depending where your standing
so now that we know what this is lets move more up
woah this must be the stratosphere
also light,warm is found at the top of the stratosphere while cold and heavy air chill at the bottom so it comes in like conduction and clearly radiation is what helps this proccess witch mean that air hais to release to keep it at a certain pace
the stratosphere is 35 km thick and is -60 degrres and while cold and heavy air are at the bottom light and warm hit the top this is what we can call convection because when radiato=ion is realeased into the air the air goes from the bottom to the top and mixes with the warm air and this is where convection comes in to mixs the air together giving it a specififc tempature
and the stratoshpher is the 2nd layer of the atmosphere
well thanks for the info alot now i know alot more about the mesophere but i have to finish my adventure and get to homeworld
HELLOWELCOME TO THE MESOPHERE the mesosphere is the 4th layer of the atmosphere and is the layer that is in the middle with tempature s up to - 130 degrees celcious and without some conduction that transfers heat this layer would be extreamly dangerous what i mean is without heat you wouldnt be able to get past the mesoshpere and crazy fact the mesosphere
im sensing some type of hot waves and the only freind i have saw like that was "HEAT WAVE
the meso- what
fun fact the vvs unity jet was flown into the mesospher
and the mesophere expands to about50 to 85km which is 31 to 53 miles the mesophere also has and also most people and citizens see meteors around this are so be careful
the thermosphere lies inbeetween the exosphere and the mesosphere and is 513km thick
this requires all three steps , convection conduction and radiation because just like on earth the sun heats up the ground wich is radiation then then conduction the ground heats the air up and then convection the warm air rises
lets move onto the beatuifal last layer
also the northen lights are located at this layer point
but dont let these tempatures fool you though if you were in the thermosphere you would be cold because there is not enough gas molocules to transfer heat to your body and this does go back to convection because it transfer warm heat to the bottom and cold on top
the thermosphere its so cool in personbut it is extremaly hot up here i notice something different all of the other layers we have visited it was all colder but in this layer it is way hotter my radar says temps are rising up to 200-500 degrees ferinheight and sometimes up to 4,500
this is something you should remember because this layer could be a danger because the tempatures are low and without specific type of suits you would be frozen to daeth where you were standing or sitting at
this is the last layer the exosphere
but dont let the tempature fool you becasue trust me it is cooler than you think it is the exosphere is the most toppest layer and at its range being about 100000to 900000 km in height
so now that you have heard about this layer it is time to head back home
and also this layer is where you can find the moon and where most spaceships that are launched into space go to this layer
the exosphere is the layer that is bassically the sheild this thickness is about 1000 0 km thic and the tempatures reaching u[ to 1500k
so as we can see as we travled through all the layers how conduction radiation and convection were used in some layer and you saw how when we went more up everything changed so thank you for completing my adventure with me and bye!
Image Attributions:896673 (https://www.pexels.com/photo/timelapse-photo-of-gray-clouds-896673/) - Tessa K - License: Free To Use / No Attribution Required / See https://www.pexels.com/license/ for what is not allowed
Atribuciones de la Imagen
896673 - Tessa K - (Licencia Free To Use / No Attribution Required / See https://www.pexels.com/license/ for what is not allowed
)