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Blackhole are way more dangerous. Since there is only one star in our solar system and our planet will be long gone before our star even going to explode, but Black holes are worse because there are 'wondering black holes'. So there are blackholes out there in traveling the universe and eat everything up along its way so you know, there can be wondering blackholes coming to our solar system.
Wiki User
∙ 12y ago
Both supernovae and black holes are extremely powerful and destructive cosmic phenomena, but in terms of their potential impact on surrounding objects, black holes are generally considered more destructive. A supernova is the explosive death of a massive star, which releases a tremendous amount of energy and can have far-reaching effects in its vicinity. However, black holes have an intense gravitational pull that can devour nearby matter, including stars and even entire galaxies, making them more destructive in terms of their ability to consume and destroy surrounding objects.
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How does a supernova or a black hole get created?
I guess in a way, you could say Supernovas do create black holes. But a supernova is a reaction from a star running out of nuclear fuel and the gravitational pull makes the star collapse in on itself. This creates the supernova, which is like an explosion that can outshine an entire galaxy before fading from view over several weeks or months. Supernovas when at it's brightest, can radiate more energy than our sun emits over 10 billion years. Blackholes are created in the same way, the supernova is practically the explosion of the star. When a supernova has faded, it will leave behind a supernova remnant. But the supernova will create either a blackhole, and if the star was massive, a supermassive black hole, or a white dwarf. Once faded, the white dwarf will become a black dwarf. Blackholes are a region of space in which the gravitational pull is extremly great. So great not even light can escape its pull, yet the light can never be sucked in. You could say light travels at speed "C" and a blackhole's gravitaional pull is a power of "C", cancelling each other out, the light goes nowhere. Once having being sucked past a point called "Event Horizon" on a blackhole, theres is really no escape. The Blackhole's gravitaional pull is centered at a point called singularity. There is believed a Supermassive Blackhole is at the centre of the Milky Way, the galaxy we live in. No one knows where a blackhole leads to. It could be a rip in space that could transport us to a different universe or just crush us, which its gravitional pull would most likely do as we got closer to singularity.
How is a blackhole related to chemistry?
It is quite unrelated.
Can space junk create a blackhole?
No, it won't.
What is the diameter of a blackhole?
the diameter is 0 km
What is the Vela Supernova?
Well a supernova is the explosions or death of a star, so the Vela supernova is probably the supernova of the star vela!
Can supernova turn into a blackhole?
yes
The supernova is the stage in the life of a star?
yes, it is the stage where a star dies and turns into a blackhole
What is worst supernova or blackhole?
Supernova for sure - it's affects will be known for billions and billions of miles, whereas a black hole is only really disastrous within the event horizon which doesn't normally extend that far.
What are the chances that the sun will turn into a blackhole?
Absolutely zero. Our Sun does not have enough mass to explode as a supernova and it is those details that are required to make a black hole.
How does a supernova or a black hole get created?
I guess in a way, you could say Supernovas do create black holes. But a supernova is a reaction from a star running out of nuclear fuel and the gravitational pull makes the star collapse in on itself. This creates the supernova, which is like an explosion that can outshine an entire galaxy before fading from view over several weeks or months. Supernovas when at it's brightest, can radiate more energy than our sun emits over 10 billion years. Blackholes are created in the same way, the supernova is practically the explosion of the star. When a supernova has faded, it will leave behind a supernova remnant. But the supernova will create either a blackhole, and if the star was massive, a supermassive black hole, or a white dwarf. Once faded, the white dwarf will become a black dwarf. Blackholes are a region of space in which the gravitational pull is extremly great. So great not even light can escape its pull, yet the light can never be sucked in. You could say light travels at speed "C" and a blackhole's gravitaional pull is a power of "C", cancelling each other out, the light goes nowhere. Once having being sucked past a point called "Event Horizon" on a blackhole, theres is really no escape. The Blackhole's gravitaional pull is centered at a point called singularity. There is believed a Supermassive Blackhole is at the centre of the Milky Way, the galaxy we live in. No one knows where a blackhole leads to. It could be a rip in space that could transport us to a different universe or just crush us, which its gravitional pull would most likely do as we got closer to singularity.
What are the stages of life for a blue giant star?
first its a protostar then it move to a blue star, next the blue star changes to a red giant thehn a red supergiant then either a supernova or blackhole
How many syllables are in blackhole?
there is two syllables in thw word blackhole
Does the milky way have a blackhole?
The Milky Way contains a supergiant blackhole at its center.
What is the process of getting sucked into a blackhole?
1) u get sucked into a blackhole 2) because the law of physics doesnt apply in blackholes, u get stretched and matter gets sucked in, aka spegettified! 3) u die and never be seen again ---------------------- dont worry, our sun is not gonna produce a blackhole, only stars that r 3x the sun's mass. instead, it will explode into a supernova, swallowing up mercury(obviously), venus, and probably........ earth. lets hope we find out how to generate wormholes by then...
Is CERN a blackhole?
no
Have you seen a Blackhole pull something into it?
You cannot see a Blackhole with the naked eye and they're hard to detect anyway. No one would see a Blackhole pull anything into its center.
Can anything survive a blackhole?
no
