Yes, red dwarfs burn their fuel slowly because they have small sizes.
Yes, white dwarfs stars are very dense.
White dwarfs have very small surface areas compared to main sequence stars and therefore cannot emit as much light.
The temperature of a star can tell us how big or small the star is. We can also determine it's distance from earth and how old the star is and how bright the star is. The hotter the star the shorter it's life is. The hottest star in the universe is called a super hot blue giant and only have a life of a few million years as they burn their fuel quicker then any other star. At the end of this stars life it will go supernova. Then there are red giants they are 20 times massive and 16000 times brighter then our sun also at the end if this stars life it to will go supernova. Then there are yellow dwarf stars like our sun, this type of star has a life span of approx. 10 billion years. At the moment our sun is middle age at over 4.5 billion years old. Yellow dwarfs burn out at the end of there life and don't go supernova as they don't have a huge mass. Then there are red dwarfs which are the most common stars in the universe. Red dwarfs burn cooler and are very fain. this type of star has the longest life and will be the last stars to die in trillions and trillions of years.
Because orbiters must slow down enough to enter orbit around a planet. This requires either very slow initial speeds with long transit times, or a large amount of fuel to slow down upon reaching the planet.
i would say personally netherland dwarf- if your looking for an easy rabbit to tame then choose dwarf lop because it is a lot of hard work to tame a netherland dwarf . Netherland dwarfs though are very pretty more pretty then dwarf lops. Netherland dwarfs are able to look after themselves and make sure that they dont get flystrike. Netherland dwarfs are very shy and a bit aggressive. I dont know much about dwarfs lops though sorry but i would suggest you look at a RSPB rabbit book.
Those are dwarf stars, which start out as white dwarfs and as they (very slowly) cool, become red dwarfs and eventually brown dwarfs.
very bad fuel filter
Impossible. Water itself is not a fuel and will not burn so therefore it cannot be used as a fuel for an automobile. If you figure out how to burn water you will be a very rich person.
Diesel fuel is ignited by a combination of heat and compression. The heat is caused by the very high compression in the cylinder. The fuel also has to be very finely atomised to be able to burn.
Yes: when dry ,they have a very flammable oil
You will burn between 200 and 300 calories by jogging 3 miles at a slow pace.
Yes, all stars run on a limited suppliy of fuel - mainly hydrogen. Some stars burn it very quickly but reach high temperatures, while other lower mass stars burn their fuel more slowly, lasting for longer, but burn at cooler temperatures.
Yes, white dwarfs stars are very dense.
No. They eventually run out of fuel and die, though this takes a very long time.
Red dwarfs are not bright because they are not very luminous, they don't emit a lot of light.
No, silver nitrate is not explosive, although it does burn very rapidly ---- Well no, neither will it burn. What it is is an oxidiser, thus it must be mixed with a suitable reducing agent (fuel) for it to burn or explode.
This may be bad The fuel pump is cooled and lubricated by the fuel and any time it gets even a tiny amount of air in it it will wear and burn out very very quickly. This is very likely if the low fuel light is on.