What does the higher density of Eris compared to Pluto suggest about its formation history?
Answer
It likely formed closer to the Sun before being scattered outward.
The high density of Eris indicates a higher ratio of rock to ice compared to Pluto. This composition suggests that the object formed in a region of the solar system closer to the Sun where rocky material was more abundant. It was subsequently pushed into its current distant orbit due to gravitational interactions with giant planets.
Related Questions
What is the primary defining characteristic of a Trans-Neptunian Object?How do the physical characteristics of Pluto and Eris differ regarding size and mass?What is the primary difficulty astronomers face when measuring the physical size of a Trans-Neptunian Object?What does the higher density of Eris compared to Pluto suggest about its formation history?Which observation method allows scientists to determine the precise size of a distant Trans-Neptunian Object?What distinctive physical characteristic sets Haumea apart from many other Trans-Neptunian Objects?What are tholins and how do they affect the appearance of Trans-Neptunian Objects?Why has the scientific classification of objects like Pluto changed significantly in the last two decades?What notable feature is associated with the Trans-Neptunian Object known as Quaoar?Which characteristic defines the orbit of the Trans-Neptunian Object Sedna?