Volt

... http://home.comcast.net/~sharov/PopEcol/lec10/lotka.html http://www.stolaf.edu/people/mckelvey/envision.dir/lotka-volt.html http://mathworld.wolfram.com/Lotka-VolterraEquations.html I hope it helps (and please correct me if I'm wrong, my community ...

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... =6.3 *10^-8 M [H+]out=4*10^-8 M [Na+]in=12mM [Na+]out=145mM T=37C or 310 Kelvin R=1.987 cal/mol-deg K Vm=-70mV or -0.07V Faraday=23063 cal/mol-volt using nernst equation Ev=(RTln[Xout]/[Xin])/F you have: -70=(1.987*310*ln(145/[Nain])/23063 and with proper basic calculus, you will find out the ...

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... because of the autorhythmicity or something? all i know is that the blood gets ionised and the nuerons sort of short circuit when u get a high volt shock.

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... regions in native and specifically modified or engineered proteins. Application of control mechanisms such as pH, ionic conditions, membrane voltage, and intracellular second messengers. Identification and engineering, using guidance from computational modeling, of transport systems with ...

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... handle all a major company's telephone, computer, television and satellite traffic. Yet, crucially, the device requires less than a fraction of a volt of electricity to operate. Shape shift Organic polymers are known for their impressive electro-optic capabilities. However, until now, no-one has ...

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