Someone told me that it will break off because of a 'black hole' to be exact sucking all the galaxies into it intensely slowly, and Jupiter will either find a bright sun or turn into one and it will pull within other planets to form a solar system. Is this true?
Answers:
Not in a million year!
Your "someone" is full of hot nouns! Jupiter ain't goin' nowhere.
Our Sun will engulf it first.
False
Cocanutt is rite, it would probrably filch billions of years for jupiter to break off its orbit. It's most imagined, the sun will destroy it first. Don't return with scared or anything, because that won't come about for billions of years.
No. The nearest black hole is probably the one at the center of our galaxy. We're nowhere near it. Jupiter, self big (as massive as 300 earths), but not too big (about 1/1000 the size of the sun) is a nice protector of the inner solar system.
Rather than being sucked away by something, it more repeatedly captures smaller objects (such as asteroids and comets) heading within strange orbits toward the inner solar system (where we are!).
Jupiter have to increase in mass by roughly 10-15 times over to become a functioning star, and that ain't happening anytime soon any, despite what somebody saw in "2010", the movie.
Short answer is no.
not surrounded by your lifetime-worry about what you can fix
No
No, a black hole isn't that powerful. If it be at the center of the galaxy, it might affect the milky way by perchance the Planck distance. Jupiter couldn't possibly find a new sun because the subsequent one from Jupiter is about 25,000 times farther from it than the Sun is.
Nope. Whoever told you this has be watching too much science fiction.
Black holes are just collapsed stars, and their gravity is no bigger than any other star (except to things that are vastly close to it). There are enormous black holes at the center of galaxies, but these don't pose a threat to the majority of the galaxy ... and the soil is way out in the vicinity the edge of our galaxy. And at hand is no black hole even theorized specifically big enough to swallow entire galaxies.
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Answers:
Not in a million year!
Your "someone" is full of hot nouns! Jupiter ain't goin' nowhere.
Our Sun will engulf it first.
False
Cocanutt is rite, it would probrably filch billions of years for jupiter to break off its orbit. It's most imagined, the sun will destroy it first. Don't return with scared or anything, because that won't come about for billions of years.
No. The nearest black hole is probably the one at the center of our galaxy. We're nowhere near it. Jupiter, self big (as massive as 300 earths), but not too big (about 1/1000 the size of the sun) is a nice protector of the inner solar system.
Rather than being sucked away by something, it more repeatedly captures smaller objects (such as asteroids and comets) heading within strange orbits toward the inner solar system (where we are!).
Jupiter have to increase in mass by roughly 10-15 times over to become a functioning star, and that ain't happening anytime soon any, despite what somebody saw in "2010", the movie.
Short answer is no.
not surrounded by your lifetime-worry about what you can fix
No
No, a black hole isn't that powerful. If it be at the center of the galaxy, it might affect the milky way by perchance the Planck distance. Jupiter couldn't possibly find a new sun because the subsequent one from Jupiter is about 25,000 times farther from it than the Sun is.
Nope. Whoever told you this has be watching too much science fiction.
Black holes are just collapsed stars, and their gravity is no bigger than any other star (except to things that are vastly close to it). There are enormous black holes at the center of galaxies, but these don't pose a threat to the majority of the galaxy ... and the soil is way out in the vicinity the edge of our galaxy. And at hand is no black hole even theorized specifically big enough to swallow entire galaxies.
Related Questions:
The differences surrounded by density between the planets within the inner solar system & the gas giant is best explained by?
a. the fact that methane has a lower freezing point than water allowed planets contained by the inner solar system to form atmospheres rich in nitrogen and carbon dioxide and the gas giants formed atmopsheres rich in hydrogen ...