what are the temperature of all earths layers?
82587
Can't you do your own homework?
530050
8.88888888888889\n\n\n\n\n\nI used a farenheit converter found on internet
653485
The sun is about 15 million degrees C. at its core and about 11000 degrees C. on its surface. Way too hot for anyone to get anywhere close to it.
145056
Half the distance to absolute zero.  Assuming that you are refering to Celsius it is -273.15 degrees, so half of that is -136.575 degrees.
28522
the earth was at a stable orbit.  no  tilt or axis to cause differences in the seasons the earths temperature was just about uniform at 72 deg F.  the earth was at that tome also protected by the vapor barrier basically A thin shield of ice in the uper atmosphere that served 2 purposes it blocked out the harmful ultra violet radiation from the sun  and it increased the atmosphereic pressure to 2 atmospheres.\n\nthis caused things to live a lot longer and grow a lot bigger.  plants for one thing.  there is more coal on the earth right now then there are plants to produce it.  meaning if you were to take all the plants on earth right now and turn them into coal the pile of coal that you could make would be less than that currently available in the ground not including what has already been taken out.\n\nplanys grew much taller in this environment and so did reptiles lets take the crocodile.  a croc now a days can live about 100 years.  reptiles throughout thier life never stop growing.  so now you have an animal that in 100 years can grow to be about 15 feet long but instead you give it 900 years to grow.....presto you have a dinosaur.  \nthen a few thousand years ago an ice meteor crashed through the vapor barrier hitting the earth. this caused the barier to colapse and as it fell it began to melt and other various things and the world was covered in a great flood.  the earth finally settled back out into a somewhat normal rotation (you ever seen what happens to a gyroscope when you bump it)\n\nnow the earth has a 27.3? or is it 23.7 deg tilt to its rotation that causes us to have 4 seasons and tropics temperate zones and artic zones.\n\nBTW the earth is between 6000 and 10000 years old SCIENCE CAN PROVE IT.  if you want to know how just ask me.  i'll try to explane it as best as i can or you can wisit this website.  and do some reading\n\nall the SCIENCE is right there.
136548
You do not possibly have enough information to answer this question properly, you need to know, where it is at, how far from the sun, like the others said, is there a planet or any obstacle between it and the sun, what is it's current temp, so on and so on....here is something about tempature in space though\n\nEmpty space itself cannot have a temperature, unless you mean some abstruse question about quantum vacuums.\n\nHowever, if you put a physical object into space, it will reach a temperature that depends on how efficiently it absorbs and emits radiation and on what heating sources are nearby.  For example, an object that both absorbs and emits perfectly, put at the Earth's distance from the Sun, will reach a temperature of about 280 K or 7 C. If it is shielded from the Sun but exposed to interplanetary and interstellar radiation, it reaches about 5 K.  If it were far from all stars and galaxies, it would come into librium with the microwave background at about 2.7 K. Spacecraft (and spacewalking astronauts) often run a bit hotter than 280 K because they generate internal energy.
654756
It's widely believed in the scientific community that the earth has a liquid mantle (that's where magma/lava comes from) and a solid super-hot iron core.  Good luck digging through that.
363070
The surface temperature on Venus is 800 degrees Fahrenheit.  As a point of comparison, paper catches fire at 451 degrees Fahrenheit.  The atmospheric pressure is immense.  The atmosphere is sulfur and methane and other poisons.  It's a hard sun-baked kiln oven landscape.   Not that you could ever see the sun, the atmosphere is too thick.  The night side is practically as hot as the day side because the superheated air covers the entire planet.   Sorry, I wish Venus was the lush tropical garden that they thought it was 100 years ago.  But a few unmanned probes have landed there and sent back pictures before they melted into a little puddle.  Looks just like the inside of an oven.
405984
Degrees F or Degrees C\n\nCould also theoretically be measured in Kelvin...but why that would be necessary I don't know.\n\nOr at least can't think of a reason to do it at this point
222379
http://www.wisdomportal.com/Temperature.html\n\nThat website could help you out....
81886
Uranus surface temp is probably 99.6 degrees.  It's normally a little warmer than an under the tongue reading.
116332
the earth consist of 3 layers\n\n1) crust(lithosphere)\n2)mantle\n3)core (outer core n inner core)\n\na) core(innermost) is made up of FE-NI ALLOY\n     \n     inner core is solid and 650km depth\n\n     outer core is liqiuid & 2100 in depth\n\n\n b)mantle is about 2900 km thick\n\n\nc) crust thickness varies frm 10-50 km...it is made up  of  three types of rock
379760
212 F, 100 C,     373 K
502557
The Weather Underground displays temperatures in both Farenheit and Celsius.  Please see below.
636648
close to absolute zero or -273.15 deg C\nst\nIn 1994 the NIST achieved a record cold temperature of 700 nK (billionths of a kelvin).  In 2003, researchers at MIT established a new record of 0.5 nK.
521342
I'm not 100 % certain about this, but here goes. \n\nWe have the temperature of the asteroid. This is caused by solar heating, just as global warming on Earh is caused by solar heating. I think we must assume that the asteroid has the same albedo as the Earth. So it absorbs and reflects the same proportion of energy that the earth does. \n\nFind the energy absorbed by the earth per unit area. If the asteroid is at the same radial distance from the sun (same orbital speed) as the Earth, the asteroid will absorb the same energy per unit area, since it has the same albedo.\n\nWe're given the equilibrium temperature of the asteroid. the ratio between the surface temperature of Earth and the asteroid shoud be the same as the ratio between their radial distances from the sun. \n\nOnce you know the radial distance of the asteroid from the sun, you can easily find the orbital period. \n\nI think.\n\nAnyhow, I hope this at least give you a start. Good luck!\n\n30 NOV 06, 1947 hrs, GMT.
163754
Mountains, bodies of water and seasonal tilt in the earths axis. That's the whole 9 yeards.