Beginning around 1 / 10th the air pressure of the Earth at sea level, Jupiter's atmospheric temperature rises and easily exceeds
its predicted blackbody temperature of 110 Kelvin.
NASA lists
the predicted blackbody temperatures for the planets in our solar system at Planetary Fact Sheets.
Not exact matches
The
predicted (
blackbody)
temperature of the Moon is 270K -LRB--3 °C).
Its main argument is that idealized
blackbody calculations did not correctly
predict the Moon's surface
temperatures in the 1960s because other factors besides radiative heat transfer equations actually determine real surface
temperatures.
Since the albedo looking into the small hole is very close to zero, the radiation coming out of that hole will be very close to the theoretical
predicted for a
blackbody whose
temperature is that of the inside of the hollow sphere.
The article points out that a
blackbody model for the moon that does not take into account the specific heat capacity of the moon generates a certain amount of error in
predicting the maximum and minimum
temperatures.