Board Thread:Questions and Answers/@comment-34954086-20120922085545/@comment-34954086-20121101151601

Ok...reading a 55 page physics thesis as procrastination... That's different.

Anyway this is for myself, force myself to do a bit of real work when on-wiki.


 * 1) Nerve Impulse speed of Impulse required to dodge Tim's bo, along myelinated peripheral rods.
 * 2) Electrocell stack arrangement required to generate Kaldur's electricity by non-magical means in Fireworks. Given an approximite resistivity for Blockbuster from say 4K ohm*m to 4 Mohm*m
 * 3) emf generated by Kaldur's tats upon a disk batarang thrown towards it at standard speeds, sphere. Take voltage from 2.
 * 4) determine focal length and convexity for a)Ojo's beams, b) for Ra's diamond lense c)superman. For this perhaps get some estimates on how far his telescopic vision can typically see to rescue Lois from Tupka? d)X-R, IR, visions.
 * 5) diffusion rate, molecule size, for a)assumption of chemical based Sheild, b)Venom, c)Kobra-Venom.
 * 6) Differential equation based on Coldhearted. work out general solution of distance.
 * 7) Differential equation based on Mal question from Tupka. Same deal.
 * 8) Integrate any acceleration that I determined to determine equation for distance
 * 9) Integrate waveform of Dawur's sonic cannon to determine... something...
 * 10) Arclength of Red Arrow's "shot Artemis was too scared to try". Whole.
 * 11) Determine waveform of Black Spider's tension/time whilst web-swinging.
 * 12) KE required for Rocket's inertia belt to maintain sustained flight from what we've seen.
 * 13) Determine pressure gradient needed for gravitophobic explanation...
 * 14) Determine metabolic rate of Mr Freeze's captives.
 * 15) Circitry Impulse speed say myelinated for Amazo to activate phase to shift through Artemis' arrow.
 * 16) Crack Dick's Gauntlet algorithms. (Sequences and Series)

Right, that ought to keep me on track. Any information from the episodes to fit and questions of following topics (can be others, but they'll be ignored for now) are most welcome:
 * Differential Equations
 * Sequences and Series
 * Optics and Ears
 * Nerves
 * Diffusion and other cellular processes
 * Light and Sound Waves
 * Circuitry. Particularly natural forms, though any would help.