It doesn't have one, the gravity is far too weak
makemake is made of ethane, methane and nitrogen. that is also its atmosphere. when its closest to the sun makemake has an atmosphere but when its farther away the gases freeze and fall to the suface like snow and there is no more atmosphere
The presence of methane and possibly nitrogen suggests that Makemake could have a transient atmosphere similar to that of Pluto.
Because it has to precipitate so it can support the planet, just like Earth. There's no question about it.
a scientist must have made it
People living on Makemake, one of the dwarf planets in the outer solar system, would not have a specific nationality as Makemake does not have an atmosphere capable of supporting human life. It is a frozen world that orbits the sun beyond Pluto.
Makemake is a dwarf planet in the outer region of our solar system, named after a deity of the Rapa Nui people of Easter Island. It was discovered in 2005 and is one of the largest objects in the Kuiper Belt. Makemake lacks a significant atmosphere and is covered in frozen methane, ethane, and nitrogen.
Makemake's layers consist of a rocky core, probably made of silicate rocks and metal at its center, surrounded by a thick layer of ice, mostly composed of methane and nitrogen. The outermost layer is believed to be a thin atmosphere of methane, nitrogen, and possibly trace amounts of other gases.
No, Makemake is a dwarf planet, a very small part of our solar system. Galaxies are made of many thousands of solar systems.
Makemake is a dwarf planet located in the outer solar system. Its color is thought to be reddish-brown due to the presence of tholins on its surface, which are organic compounds that form from the irradiation of methane.
makemake is very Small
Makemake does not have any known moons.
Not presently. Occultation observations in 2011 showed no appreciable atmosphere. The exterior temperature is well below the freezing points of all major gases, so they would be frozen solid. The only way it would be possible is by molecular sublimation, as is thought to give Pluto a very thin transient atmosphere when it approaches perihelion.