1. Accretion disk
2. Point of singularity
3. Event horizon
4. A point of infinite density and zero volume
5. Infinite force of gravity
6. Matter such as stars and planets
7. Infinite curvature of space-time
8. Formation of black holes
9. A radius in which nothing can escape
10. Internal force is less then gravitational force after a star explosion
11. Hypothetical Worm holes
12. Two black holes attached at their points of singularity
13. Provide a shortcut through the universe and space-time
14. Scalar field values
15. Star must be greater then 2 solar masses
16. Tidal Forces
17. A difference in the force of gravity over a length
18. Gravitational Waves
19. Ripples in the fabric of Space-Time
20. Black holes spinning close to the speed of light (not infinite curvature)
21. Frame Dragging
22. The beggining of the universe
23. Death of the black hole
24. Loss of energy to positive particles
25. Ryan T, Andrew B, Daniel PH
26. Collision or mergence of black holes
    1. The Milky Way
    2. The assimilation of the smaller black Hole (and its respective galaxy) into a single new Galaxy, with a single, more massive black hole.
    3. An odd galaxy that has a football Shape due to the fact that the newly assimilated stars do not orbit the black hole "Normally".
    4. The Centre Of Spiral Galaxies
    5. The Collision Of Two Or More Supermassive Black Holes
    6. Smaller Black Hole Orbiting A Larger Black Hole
    7. An Elliptical Galaxy
    8. Two Equal Sized Black Holes Colliding
    9. An Irregular Galaxy
    10. A Galaxy with no Black Hole At its centre, thus producing a galaxy with no gravitational energies to organise it, making it appear "scrambled".
    11. A Collision where two black holes bounce off each other due to the fact that they have equal mass (F=M/A). (Think Fly and Windshield) The black holes collide and deflect off each other, shooting off in the opposite direction into space.
    12. Which is two Spiral Galaxies merged Into and unusually dense galaxy
    13. Produces different results Based on Different Sizes and approach Vectors
    14. A smaller black hole colliding with a larger black hole
    15. In the process, distorts the host Galaxies with gravitational energy, Creating an irregular galaxy
    16. Galactic Cannibalism
    17. An Elliptical Galaxy with No change in the central black Hole's Mass.
    18. Similar to the balanced Collision, involves a black hole being deflected. However due to the difference in masses, One Black Hole remains in the centre of both Galaxies while the other is shot out (Think of A Marble colliding with a Bowling Ball).
27. Penrose Process
28. Energy from black holes
29. Stationary Limit
30. "Spaghettification"
31. Objects enter the Black Holes Gravitational Tides
32. Different variants of black holes
    1. Vary in Size and Classification
    2. Are commonly found in the centre of galaxies, and exert a twisiting force on the nearby solar systems, creating the "spiral" galaxies.
    3. Include Stellar, Super-massive, and miniature
    4. Are Theoretical Black Hole with extremely short life spans
    5. Are smaller black holes found scattered throughout space. They do not have the mass to create galaxies, but do still exert intense gravitational forces at a closer range
    6. affects the strength of the black hole from a single frame of reference
    7. Smaller black holes
    8. Stronger gravitational pulls
    9. A Short Distance
    10. Weaker gravitational pulls
    11. A Large Distance
    12. The slope of the Gravity Well
    13. Weaker Gravitational Pull
    14. Larger black holes
    15. The Slope Of The Gravity Well
    16. A short distance
    17. Stronger Gravitational Pull
    18. A Large Distance
    19. Quasars
    20. Incredibly large black holes that emit light