Stars are dim because we are not close to space; it's a far distance so we can't see the stars very well, unless we have telescopes. That changes everything.
hot,dim stars.
Stars that are cool and dim would be found in the lower right corner of the Hertzsprung-Russell diagram, in the region known as the "lower right" or "lower main sequence." These stars have low luminosity and temperature compared to other stars on the diagram.
Spoon full of stars by the dim light of the stars like a shooting star
No, you cannot see stars from the bottom of a well during the day because the light from the Sun would be too bright to see the dim light of the stars.
There could be many answers as dim and hot are mutually exclusiveBrightness (or dimness for that matter) is defined as a stars luminosity and it's distance from the observer.So a hot star could be very far away and appear dim, whereas if it was relatively close, it would appear bright.A hot but small star, would appear dim at a close distance.However, in all likelihood the answer you might be looking for is either:Neutron Star - Very small and very hotWhite Dwarf - Small and very hot
Stars Go Dim was created in 2007.
hot,dim stars.
None of them are cool and dim; the one in the white/black dwarfs are cool and dim.
stars that are dim probably have both a small mass and a larger radius.
magnitude, dim stars have positive magnitudes and bright stars have negative magnitudes
hot, bright stars
The Merge - 2009 Stars Go Dim - 2.4 was released on: USA: 13 May 2011
White dwarves.
Dim stars are far more common than bright ones. But because they are dim, we can't see them without good telescopes.
No. White dwarfs are fairly dim. The brightest known stars are generally Wolf-Rayet stars.
White dwarf stars are dim because they are very small and have a low surface temperature, which reduces their overall luminosity compared to main-sequence stars like our Sun. They are essentially burnt-out remnants of stars, with no active nuclear fusion taking place in their cores to produce energy.
Technically, neither. "Orion" is a name for a specific patch of sky which contains a few bright stars, a rather larger of dim-but-still-visible stars, and millions upon millions of stars that are so far away that they are invisibly dim.