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Displaying 1—10 of 1000 matches for query "24._Will_our_Sun_really_blow_up_like_a_supernova_and_form_a_black_hole" retrieved in 0.043 sec with these stats:
- "24" found 32693 times in 13126 documents
- "will" found 24730 times in 5032 documents
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- "sun" found 6879 times in 4387 documents
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- "supernova" found 415 times in 181 documents
- "and" found 284902 times in 19361 documents
- "form" found 3027 times in 1866 documents
- "black" found 2122 times in 837 documents
- "hole" found 1566 times in 555 documents
... produce a supernova explosion or form a black hole Remember, the end life of a star like our Sun, which has less than eight solar masses, will result in the star eventually swelling to its red giant phase and ... and possibly Earth will be swallowed up by the expansion of the Sun and all life on Earth will end. The sudden collapse of the Sun from its swollen red giant phase at the speed of light will ...
... our Sun into a white dwarf in three to five billion years than about any potential black holes forming nearby For a collapsing star to form a black hole, it has to exceed the Sun ... will be supernova blasts which will end in a black hole only if the remnant stellar core exceeds three solar masses And remember that once this star collapses to form a black hole, its effect on the matter around it will ...
... masses will end their existence as a nova or supernova blast. The Sun is too small to end its life in this manner and will eventually become a white dwarf once its core runs out of fuel and it loses the delicate balancing act that every star must maintain between core pressure and gravity.
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Answer ...
Our Sun will never become a black hole since it does not have enough mass to allow it to form a black hole. Only stars with a much greater mass than the Sun—eight to ten times the Sun ... after a supernova blast is greater than three solar masses, it will continue to collapse and become a black hole.
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Answer provided by Jim Zebrowski
Image:K2S logosmall.jpg Question and Answer ...
... feet and head would be so dramatically different that something called "spaghettification" would occur. The very same forces that cause the ocean tides on the Earth would operate on our ... s torso would be stretched and compressed thinner and thinner like a strand of spaghetti well before disappearing over the event horizon on his way to oblivion. A larger black hole would have a much more gentle ...
If a black hole from another universe connects to ours, theoretically, it would be a white hole in ours... but all the other universes' matter would be pulled together by gravity and the white hole would collapse. Is there ... describe what happens to matter in a black hole, we cannot offer any ideas about black holes or even if black holes could exist in other universes. Remember that the existence of black holes follows from Einstein's theory ...
... of the largest black holes found in the centers of very large galaxies may contain a billion solar masses. The event horizon for such a large black hole would be about the distance from our Sun to the planet Uranus—about 1,800,000,000 miles.
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Answer provided by Jim Zebrowski
Image:K2S logosmall.jpg Question and Answer ...
... our Universe and the small-scale features now hinted at by quantum theory. Hollywood has made many movies suggesting that the end part of a black hole is connected to a white hole via a connecting bridge—a worm hole—in space-time. With our current understanding of the laws that govern the ...
... , even with black holes, gravity rules So, black holes do not suck in matter like some cosmic vacuum cleaner—their enormous concentration of mass results in a warping or bending of space in ... from what would be predicted by a simple application of Newton's law.
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Answer provided by Jim Zebrowski
Image:K2S logosmall.jpg Question and Answer extracted from the book Kids ...
Unfortunately, once a star collapses beyond its Schwarzchild's radius and becomes a black hole, it effectively leaves our Universe. We can never hope to probe beyond the event horizon because the laws of our Universe no ... /For%20Kids/KidstoSpace.html Click here
Category:Kids To Space
Category:Kids To Space - BLACK HOLES
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