What is the average temperature of the Earth?

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The average temperature of the Earth is a complex topic, as it requires consideration of various factors, including seasonal changes and geographical positions. A rough estimate for the average surface temperature is around 15 degrees Celsius (59 degrees Fahrenheit). However, the inquiry specifically seeks the average temperature of the entire planet, from the core to the outer mantle. This information is needed for a hypothetical problem involving modeling the cooking process of an object traveling through the Earth. The user expressed interest in finding an idealized value to complete their calculations and mentioned the possibility of making a rough estimate if no existing data is available. A resource was shared that outlines the Earth's layers, which may assist in understanding temperature variations throughout the planet.
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Hey guys,

I'm looking for the average temperature of the earth. I don't appear to be able to find one. If anyone knows the average value, or has seen it somewhere, I'd appreciate it if you could point me in the right direction, since I don't really want to calculate it myself. Oh, and I don't mean the average temperature of the surface or the core, but the whole entire planet in case anyone thought otherwise.

Thanks

Simon
 
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Simon Malzard said:
Hey guys,

I'm looking for the average temperature of the earth. I don't appear to be able to find one. If anyone knows the average value, or has seen it somewhere, I'd appreciate it if you could point me in the right direction, since I don't really want to calculate it myself. Oh, and I don't mean the average temperature of the surface or the core, but the whole entire planet in case anyone thought otherwise.

Thanks

Simon

Calculating the average temperature of the Earth would be very complex. You have to factor in the time of year, positions, and much more.
 
I don't need an exact value, just sort of, a rough estimate.
 
That's the average temperature of the Earth's surface. Simon is looking for the volumetric (or similar) average of the entire planet.
 
Simon Malzard said:
I don't really want to calculate it myself.

Why do you want to know, since you don't want to do it yourself?
 
Xnn said:
Why do you want to know, since you don't want to do it yourself?

Purely because I have been set a hypothetical problem where an object that is to be "cooked" must travel through the entire earth. And since I've been asked to model the rareness (how well its been cooked) of the object, I need a rough idea of the average temperature of the Earth from core to external (outer extremity) mantel. The only thing I'm missing is an idealised value so I can complete the calculation since I have derived the rest.

Edit: That and I am curious/ was interested to see if anyone's done this before. If not I might have a go at making a rough estimate myself if no one else has a rough idea or has done a rough estimate before hand.
 
Last edited:
Simon Malzard said:
Purely because I have been set a hypothetical problem where an object that is to be "cooked" must travel through the entire earth. And since I've been asked to model the rareness (how well its been cooked) of the object, I need a rough idea of the average temperature of the Earth from core to external (outer extremity) mantel. The only thing I'm missing is an idealised value so I can complete the calculation since I have derived the rest.

Edit: That and I am curious/ was interested to see if anyone's done this before. If not I might have a go at making a rough estimate myself if no one else has a rough idea or has done a rough estimate before hand.
Scroll down to the graphic "Layers from crust to core".

http://www.enchantedlearning.com/subjects/astronomy/planets/earth/Inside.shtml
 
Thanks, that's perfect Evo. I can work the rest out from that.

Simon
 
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Glad that helped.
 
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