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Small & cold.
They formed farther out like Jupiter but then migrated inward.
The exoplanets called "Hot Jupiters."
Their masses are similar to Jupiter but they are very close to the central star therefore very hot.
It shows that we do not fully understand the formation of our Solar System.
rock dust
Jupiter's core is about 36,00 Celsius.
Small & cold.
The "exoplanets" known as "Hot Jupiters".
not very It is all gases around a small cool rock core.
They formed farther out like Jupiter but then migrated inward.
The exoplanets called "Hot Jupiters."
Their masses are similar to Jupiter but they are very close to the central star and therefore hot.
Their masses are similar to Jupiter but they are very close to the central star therefore very hot.
It shows that we do not fully understand the formation of our Solar System.
By calculating the gravitational tug necessary to pull Uranus in its orbit, they were able to tell astronomers where to point their telescopes to discover Neptune.
Be cause we can see the big ones more easily, especially those close to their star (because they transit/orbit with a short time interval) most exoplanets are Jupiter like (or larger) and are hot. Hence they are called Hot Jupiters.