For a star that is 10x or more the size of our sun?
Supernova explosion, followed by the implosion of the star, forming a neutron star.
For a star that is 50x or more the size of our sun?
Supernova explosion followed by the implosion of the star, crushing down extremely small, forming a black hole.
For a star that is 100x or more the size of our sun?
Supernova explosion followed by the implosion of the star, crushing down extremely small, forming a supermassive black hole
Massive stars end their lifecycle in a cataclysmic event known as a supernova explosion, where the outer layers are ejected into space, leaving behind a dense core such as a neutron star or black hole. This explosion releases an immense amount of energy and synthesizes heavier elements that are dispersed into the universe.
A sun that explodes is called a supernova. This is a powerful and cataclysmic event where a star releases an immense amount of energy, leading to a bright explosion that can outshine entire galaxies for a brief period of time.
Jupiter cannot technically explode in the same way as a nuclear bomb, but it could potentially experience a cataclysmic event like a collision with a large asteroid or comet. This could cause a massive release of energy and result in a significant disruption to the planet, but it wouldn't be an explosion in the conventional sense.
Nova and Supernova explosions. Which happens depends on the type and size of the star.A Nova explosion is a thermonuclear explosion occurring everywhere on the surface of an old star, in some situations multiple Nova explosions can happen over time on the same star if additional hydrogen is captured by the star.A Supernova explosion happens only in very high mass stars that have completely consumed all the fusion fuels in their core (which now consists of a plasma of the elements nickle and iron) and the core thus burns out. Without the heat of fusion to support the outer portions of the stat, it collapses. The end result of the collapse is a "rebound explosion" that blows the star apart and leaves one of two types of stellar remnants, depending on the mass of the star: a neutron star (a compact object composed of only neutrons) or a blackhole (a deep gravitational well into which all the mass of the star disappeared).
No, the Earth's gravity is a fundamental force that arises from its mass. Gravity is what keeps everything on the Earth's surface and holds the atmosphere in place. It would require a significant change in the Earth's mass or a cataclysmic event to alter or eliminate its gravitational pull.
This cataclysmic event is called eruption.
The apocalypse will be a cataclysmic event (if the apocalypse is real)
The point of impact or cataclysmic event.
a supervolcanic eruption, such as the one that occurred at Yellowstone around 640,000 years ago. These eruptions release massive amounts of ash, gas, and debris into the atmosphere, causing widespread environmental damage and potentially leading to a "volcanic winter" and global climate change.
In obscure locations and minds as a result of some cataclysmic and often earth shattering event that could have and should have been prepared for by a previous generation.
It represents the approximate number associated with some ongoing event - whatever the event may be.
summer solsticeStonehenge is associated with the summer Solstice.
"Paroxysmal eruption" typically refers to a sudden, intense burst or outbreak of something, such as volcanic activity or a medical condition. On the other hand, "cataclysmic eruption" specifically refers to a violent and widespread natural disaster, often associated with volcanic eruptions or earthquakes that cause massive destruction. In summary, paroxysmal eruption is more focused on the sudden intensity of an event, while cataclysmic eruption emphasizes the widespread and devastating impact.
Earthquakes.
The life, death, resurrection and ascension of Jesus. The birth of the Church. The books of the New Testament written with the Apostles all dying.
Please rewrite we don't know associated with what.
A nova event occurs if hydrogen accumulates onto the surface of the star, which ignites and starts nuclear fusion at a very fast rate. It's a cataclysmic nuclear explosion in a white dwarf. This causes an instantaneous lighting up of the star.