How much energy equivalent does a relatively standard core-collapse supernova release in kinetic energy alone?
Answer
About 10^44 joules
A standard core-collapse supernova is noted to release roughly 10^44 joules of energy strictly in kinetic energy.
Related Questions
What celestial event is confirmed to momentarily outshine an entire galaxy containing hundreds of billions of stars?What term is reserved for the most energetic class of supernovae capable of surpassing the brightness of their host galaxy?By what factor brighter was the supernova ASASSN-15lh found to be compared to the entire Milky Way galaxy at its peak?One leading theory suggests that the incredible output of an SLSN is powered by what type of compact object forming at the core?What characterizes the progenitor stars believed to be responsible for generating the most energetic superluminous events via gravitational collapse?According to the generalized luminosity scale provided, approximately how many times brighter than the Sun is the steady, collective light output of the Milky Way Galaxy?How much energy equivalent does a relatively standard core-collapse supernova release in kinetic energy alone?Why are common Type Ia supernovae useful in cosmology?What physical principle necessitates that the intrinsic luminosity (L) of an outshining supernova must be monumentally large?If an extremely luminous supernova occurred within our own Milky Way galaxy, how would it likely appear on Earth?What does the comparison table indicate is the relative brightness range of a Superluminous Supernova (SLSN) compared to the Sun?