How can mass escape from the region inside of a black hole? Oa Matter can escape the event horizon if the matter's tros dut wavelength is longer than the size of the event horizon. Ob Nuclear fusion taking place because of tidal forces at the event horizon causes one-half of the energy to be Cross out radiated. Oc Matter falling toward a black hole loses gravitational potential energy into kinetic energy, which can be radiated as it falls into the black hole cross out Od The magnetic fields of the jets accelerate matter out cross out of the black hole Oe. Light in the photon sphere can statistically fall inward or outward, so when one photon falls inward another is lost and radiates away from the black hole. Coss out

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How can mass escape from the region inside of a black hole?
Oa Matter can escape the event harizon if the matter's
wavelength is longer than the size of the event
cross out
horizon.
Ob. Nuclear fusion taking place because of tidal forces at
the event horizon causes one-half of the energy to be
cross out
radiated.
Oc Matter falling toward a black hole loses gravitational
Cross out
potential energy into kinetic energy, which can be
radiated as it falls into the black hole
Od The magnetic fields of the jets accelerate matter out
of the black hole.
cross out
Oe Light in the photon sphere can statistically fall inward
or outward, so when one photon falls inward another
CIoss out
is lost and radiates away from the black hole
Transcribed Image Text:How can mass escape from the region inside of a black hole? Oa Matter can escape the event harizon if the matter's wavelength is longer than the size of the event cross out horizon. Ob. Nuclear fusion taking place because of tidal forces at the event horizon causes one-half of the energy to be cross out radiated. Oc Matter falling toward a black hole loses gravitational Cross out potential energy into kinetic energy, which can be radiated as it falls into the black hole Od The magnetic fields of the jets accelerate matter out of the black hole. cross out Oe Light in the photon sphere can statistically fall inward or outward, so when one photon falls inward another CIoss out is lost and radiates away from the black hole
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