Normalizing a wavefunction:
As we will discuss in the coming week, the wavefunctions of conductive electrons in carbon nanotubes can be modeled as ( \(\Psi(x)=Nsin(\pi x/L)\) )
where L is the length of the nanotube. If you assume that the electron is confined to the length of the nanotube, so that it must be found between x=0 and x=L, what will the normalized version of this wavefunction look like; that is, what is the value of N?