If a scientist wished to calculate the probability of finding a proton at a specific location using quantum Points mechanics, how would she proceed? The scientist would first need to calculate the wavefunction for the experimental setup. Then she A would square the wavefunction and use it to calculate the probability of the electron being somewhere in space. B The scientist cannot estimate the location of the electron in space because the electron will be everywhere in space. C The scientist cannot estimate the location in space because of Heisenberg's uncertainty principle. According to the Heisenberg's uncertainty principle the scientist would first need to calculate the momentum and only then can she estimate the location. E The scientist can use Schrodinger's equation to calculate the precise location of the electron