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The observed relationship between the masses of central black holes and the bulge masses of galaxies implies that:

A. The black hole will eventually suck in the rest of the galaxy.
B. Galaxy formation and supermassive black hole formation must be related.
C. Quasars were more common 10 billion years ago than they are today.
D. The biggest galaxies have the most luminous quasars.

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Final answer:

The correlation between black hole and bulge masses indicates a codependence between black holes and galaxies, affecting their evolution.


Explanation:

The observed relationship between the masses of central black holes and the bulge masses of galaxies implies that galaxy formation and supermassive black hole formation must be related.

This correlation suggests that the growth rates of black holes and galaxies are somehow linked, with the black hole mass typically being around 1/200 times the mass of the galaxy it resides in. Additionally, mergers of galaxies provide fuel for central black holes, affecting their growth.

Overall, these processes demonstrate a codependence between black holes and galaxies, influencing each other's evolution in complex ways.


Learn more about Black Holes and Galaxies here:

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