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There are many giant stars. Some of the most well known are:AlcyoneThubanOctantisAurigaeCapellaArcturusMira
A non red giant is a giant, whereas a supergiant is well a supergiant and is a lot bigger.
well it depends on the star. not all stars explode. small to medium sized stars just go into a planetary nebula after they swell up to a red giant then the bigger stars do explode, they have a super nova after the swell up into a super giant. but dont worry i star will not explode... its a really small star. --- nichole brooks :)
Through a comparison of solar luminosity and temperature seen with the H-R diagram. On this diagram, stars sharing the same temperature but different luminosities show measurable differences in radius as well as mass. So if two stars both have the same visible surface temperature but one is more luminous, it has to be larger. This is further explained by Stefan Boltzmann's law,L=(4πR^2 x sigma(constant) x T^4)A Star with the the same surface temperature with larger surface area results in more Luminosity.
Well stars are giant balls of gas, powered by nuclear explosions. Our sun is a star >.<... Also im guessing you're trying to troll x) cause if you thought pokemon were real, then you might need a doctor.
The Well of Stars was created in 2004.
see link below
Yes, in two ways. Because it was one of the original thirteen colonies, one of the red and white stripes is for it, as well as one of the fifty stars in the blue field.
A red giant, when a main sequence star begins fusing helium into carbon in the star's core. When our Sun becomes a red giant, in another 4 billion years or so, it will expand to consume Mercury and Venus at least, and possibly the Earth as well.
a fully label diagram of a toad
A force vector - or just about any physical vector, for that matter - is usually represented as an arrow. The direction of the arrow represents the direction of the vector; the length of the arrow is supposed to be proportional to the force (or to whatever physical quantity you are representing).
No. While the largest stars on the main sequence are the hottest, the largest stars of all are supergiants, which are not on the main sequence. Supergiants are dying stars that have expanded and cooled.