I don't think it's possible to have such a massive star, according to present theories. Still, a very massive star should become a black hole, ultimately.
No. An asteroid does not have enough mass. In order to become a black hole an object must be massive enough to be crushed by its won gravity. This takes an object at least several times more massive than the sun.
No, Jupiter would need to be about 80 times more massive to generate enough pressure and temperature in its core to undergo nuclear fusion and become a star. With an increase of only 10 times its mass, Jupiter would still be a gas giant planet.
A star that is 1,000 times as massive as the Sun will undergo a rapid life cycle, eventually exhausting its nuclear fuel in a relatively short time. It will likely end its life in a spectacular supernova explosion, leaving behind a neutron star or a black hole, depending on the exact mass and conditions. The immense gravitational forces and energy involved in such massive stars contribute to the formation of these exotic remnants.
Neutrons are 1836.128973 times more massive than an electron, which can be rounded up to 2000 if it so pleases you.
Yes, most massive stars (at least eight times the mass of our Sun) will end their life cycle by collapsing into a black hole. This happens after they have gone through the stages of supernova explosion and core collapse.
A black hole.
A proton is approximately 1836 times more massive than an electron.
Often times during a job interview you will be asked what you ultimately want to become. This helps the interviewer understand where your headed and whether or not the company is a good fit for you.
No. An asteroid does not have enough mass. In order to become a black hole an object must be massive enough to be crushed by its won gravity. This takes an object at least several times more massive than the sun.
Jupiter was the closest but it would need to be about 75 times as massive to fuse hydrogen and become a star.
The star must be fairly massive. The large majority of stars won't become black holes. The condition to become a black hole is that what remains of the star after the supernova explosion must have at least a certain mass, something like 2 times the mass of our Sun.
No, Jupiter would need to be about 80 times more massive to generate enough pressure and temperature in its core to undergo nuclear fusion and become a star. With an increase of only 10 times its mass, Jupiter would still be a gas giant planet.
The massive structurefrom ancient times was first built as protection from invaders was the Great Wall.
thats not the answer
The Sun is about 333,000 times more massive than Earth.
The only thing that can end up a black hole is a star with about ten times more mass than our Sun. Planets are nowhere near that massive.
No. Our Sun isn't massive enough to go supernova, or to turn into a black hole. A star needs to be more than 3 times more massive than our Sun in order to become a black hole.