Options for first select: Higher mass black hole OR Lower mass black hole Option

Question

Options for first select:
Higher mass black hole OR Lower mass black hole

Options for second select:
Yes OR No Video Activity 12.1: Stars Near the Galactic Center Useful Relationships Newton's Version of Kepler's 3rd Law:--11 a-semi-major axis in terms of AU, P = period of orbit in terms of Years M = mass of object being orbited in terms of solar masses (110) 3 Newton's Version of Kepler's 3rd Law. AA 2GM r sch- Tt c2 77m G-6.67X 10-11-m"c-3X108 1"-: c = 3X108- -11 kg 1 Mo = 1.989 X 1030kg 1 AU 1.496 X 1011 m

Explanation / Answer

The lower mass has lower Schwartzer radius and radius is dominating quantity in Universal's law of gravitations,

lower mass will exert more tidal force.

No because of huge tidal force.

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