For the Galactic Center black hole (Sag. A*), which has mass ~4.1 million solar masses, find the maximum luminosity that could be emitted via spherical accretion of ionized gas (i.e., the Eddington limit LEdd). Express your answer as a multiple of the Qlaxy's total luminous output, LMW = 2.5 x 1010 Lo (i.e., enter the ratio LEdd/LMw).

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For the Galactic Center black hole (Sag. A*), which has mass ~4.1 million solar masses, find the
maximum luminosity that could be emitted via spherical accretion of ionized gas (i.e., the Eddington
limit LEdd).
Express your answer as a multiple of the Qmlaxy's total luminous output,
= 2.5 x 1010 L.
LMW
(i.e., enter the ratio LEdd/LMw).
Transcribed Image Text:For the Galactic Center black hole (Sag. A*), which has mass ~4.1 million solar masses, find the maximum luminosity that could be emitted via spherical accretion of ionized gas (i.e., the Eddington limit LEdd). Express your answer as a multiple of the Qmlaxy's total luminous output, = 2.5 x 1010 L. LMW (i.e., enter the ratio LEdd/LMw).
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