Interesting.
If one is sucked past the event horizon of a black hole, isn't the amount of time the person or object experiences eternity while an outside observer would litterally see them diasappear in a flash?
If our universe is in a black hole wouldn't our eternity 'end' sooner or later than the eternity of the universe that contains that black hole?
I hope my 7 year old son doesn't get wind of this. The last time he read or saw something about black holes, he woke me up at 2 in the morning to ask me what happens if two black holes collide with eachother. 
It depends on the size of the black hole.
The time dialation is dependant on the gravitational gradient. At or near the singularity it's at or near infinite (maybe) and that does not depend on the size/mass of the hole.
On a mega-sized one, the mass of several thousand or million stars, like sits at the core of the galactic center, the gravitational gradient/tidal-forces (your feet getting pulled on harder than your head, ripping you apart) aren't as bad, or even noticeable at first. The gradient is still relatively smooth at the event horizon.
An outside observer would see you disappear. From your vantage point, since the light is still falling into the event horizon, you can still see "out". Just that you or any radiation can no longer go "up" at that point, since the event horizon isn't a physical thing, merely the distance from the singularity at which escape velocity is greater than the speed of light.
Time external time seems to run faster and faster as you fall deeper into the center, but I'd suspect that tidal forces would destroy anything, even unbinding atoms before time stopped completely. Although I think it's one of the paradoxes that at the heart of a singularity, from the outside reference frame, time moves so slowly that the mass/energy falling into it hasn't yet reached the actual singularity yet. In a sort of Einsteinian "Zeno's paradox" the mass energy falling into a black hole may never ever reach a singularity.
Of course, it's anyone's guess as to what happens inside a singularity. Any and all reason to all laws about space, time, energy, mass, and quantum mechanics could just come apart at those energy densities and gravitational gradients.
