Consider a black hole with a radius of one light hour (as measured from outside, stationary observer), non rotating, having singularity in center, is radiating hawking radiation, and has no outside interference. Assume standard mathematical theory. Traveller A is falling towards hole from infinite distance. Traveller B begins freefall at event horizon. In each case below, time is reckoned from the traveller’s point of view. Question one: How long will it take traveller A to get from event horizon to the singularity? Question two: How long will it take traveller B to get from event horizon to singularity? Thank you.