We did a lab studying resistance and ohm’s law. in my lab, my light bulb circuit element did not obey ohm’s law b/c my data did not convey a proportional relationship between voltage drop and current. how do i
if either or both of your circuit elements did not obey ohm’s law, can you think of any reasons for the non-ohmic behavior? in other words what might be happening to one or both of the elements as the applied voltage drop increases?

An electron is trapped at a defect in a crystal. the defect may be modeled as a one-dimensional, rigid-walled box of width 1.00 nm. (a) sketch the wavefunctions and probability densities for the n 1 and n 2 states. (b) for the n 1 state, nd the probability of nding the electron between x1 0.15 nm and x2 0.35 nm, where x 0 is the left side of the box. (c) repeat (b) for the n 2 state. (d) calculate the energies in electron volts of the n 1 and n 2 states