Question: ******in python or matlab Pv d2v dx2 E where po is the charge density. Your system can be approximated with Py = Pol-2 V 1

******in python or matlab
Pv d2v dx2 E where po is the charge density. Your system can be approximated with Py = Pol-2 V 1 + KT 6 kr and you have measured the electrostatic potential to be V(x = 0 nm) = 200 milliVolts and V(x = 2 nm) = 18.64 milliVolts. You also know that the slope of V with respect to x at x = O is between 490 and 435 milliVoltsm. (a) Numerically compute the electrostatic potential V for the domain 0
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