There are three classes of nova in terms of size and energy output:
Nova, supernova, and hypernova.
According to most sources, a supernova can produce an energy output level in the first 15 seconds that equals the total amount of energy that will be produced by our sun during it's ten billion year lifespan.
What I would like to know is how much time after the initial blast of a hypernova will it take to produce the same amount of energy that is equal to the sun's ten billion year lifespan?
I have to assume that it is much shorter than 15 seconds, and is probably an astronomically small fraction of one second.
Bettlguise is going to be classified as a supernova.
So the question is, if Bettlguise was going to be classified as a hypernova, would our survival on Earth be in jeopardy?
Nova, supernova, and hypernova.
According to most sources, a supernova can produce an energy output level in the first 15 seconds that equals the total amount of energy that will be produced by our sun during it's ten billion year lifespan.
What I would like to know is how much time after the initial blast of a hypernova will it take to produce the same amount of energy that is equal to the sun's ten billion year lifespan?
I have to assume that it is much shorter than 15 seconds, and is probably an astronomically small fraction of one second.
Bettlguise is going to be classified as a supernova.
So the question is, if Bettlguise was going to be classified as a hypernova, would our survival on Earth be in jeopardy?
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