1. The problem statement, all variables and given/known data Consider a particle in a 2nm sphere with infinite potential energy outside and zero potential energy inside the sphere. Calculate the energy of the following wavefunctions: 1s, 2p, 3d 2. Relevant equations H(hat) = p(hat)^2/2m(sub zero) + V(r) V(r) = ∞ when r ≥ 2 nm V(r) = 0 when r< 2 nm 3. The attempt at a solution for 1s l=0 spherical Bessel fxn is j(sub zero)(x)=(sin x)/x E(sub k0) = [(k(pi))^2*h(bar)^2]/[2m(sub 0)r(sub 0)^2] I am so lost!! Please help!!