Help Solve Supernova Assignment | Astro Community

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A user seeks assistance with an assignment regarding a supernova's apparent magnitude during its brightness maximum in a distant galaxy. The apparent magnitude of the galaxy was 17.6 at maximum brightness, compared to 18.0 before the supernova flash. The user clarifies that the problem involves apparent magnitude rather than luminosity. Participants in the discussion are encouraged to provide calculations and explanations to determine the supernova's apparent magnitude at its peak. The conversation emphasizes the need for clarity in understanding the relationship between apparent magnitude and supernova events.
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Hello Astro community, I really need help with few assignments!

First one would be about Supernova:
In a distant galaxy a supernova flash occured. When supernova reached luminosity maximum, galaxy apparent magnitude
was 17,6. Before the supernova flash the galaxy apparent magnitude was 18,0. What was the supernova's apparent magnitude at it's luminosity maximum?

Could you help me solve this and explain it to me ?

Karma !
 
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I'm sorry I did a mistake in the text, there's not luminosity mentioned.

In a distant galaxy a supernova flash occured. When supernova reached brightness maximum, galaxy apparent magnitude
was 17,6. Before the supernova flash the galaxy apparent magnitude was 18,0. What was the supernova's apparent magnitude at it's brightness maximum? What I'm trying to say is that there's no luminosity mentioned, only apparent magnitude. So I'm not sure if the luminosity and mass relation would help in this case.

In short : When the supernova flashed the galaxy had 17.6 apparent magnitude, before the flash it was 18. And I need to find apparent magnitude of the supernova when flash occurred ( supernova reached max)

L.K.
 
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