What is bigger NML Cygni or UY Scuti?

If it is smaller by 192 solar radii, there are a few other candidates that would beat UY Scuti. They would include NML Cygni, whose estimated distance is about 5,300 light-years way and whose radius is thought to be 1,650 times greater than that of our sun.

Which is bigger UY Scuti or VY Canis Majoris?

The Largest Star: UY Scuti. As it stands, the title of the largest star in the Universe (that we know of) comes down to two contenders. And up until a few years ago, the title of biggest star went to VY Canis Majoris; a red hypergiant star in the Canis Major constellation, located about 5,000 light-years from Earth.

What is UY Scuti made of?

UY Scuti is a red supergiant star, which is usually an aging star. Stars with a big enough mass transform into red supergiant stars. They are the largest known type of stars. They usually form when a star runs out of hydrogen fuel in their core and begins collapsing.

Which is bigger UY Scuti or NML Cygni?

NML Cygni is a red hypergiant about 1,183 times the radius of our Sun and a mass about 32.5 Solar masses compared to UY Scuti about 1,708 solar radii and about between 7 to 10 solar masses.

Is the NML Cygni star part of the Cygnus constellation?

NML Cygni is a very luminous Supergiant Star type star. NML Cygni is a M6I supergiant star based on the spectral type that was recorded in Simbad at Strasbourg University. NML Cygni is not part of the Cygnus constellation outline but is within the borders of the constellation.

What is the surface temperature of NML Cygni?

For NML Cygni, the location is 20h 46m 25.6 and +40 ° 06` 59.4 . Based on the star’s spectral type of M6I , NML Cygni’s colour and type is red supergiant star. Based on the spectral type, we can deduce that the surface temperature of the star is in the order of between below 3,500K based on the notes from Harvard University.

Which is smaller Betelgeuse or UY Scuti?

Long before UY Scuti goes supernova, Betelgeuse will have gone supernova and its a smaller star. UY Scuti will either become a Neutron Star or a black hole but a Neutron Star is the more likely of the two.