1. Normalize R20 and construct the 200 wavefunction. The expression for R₂0 is: Co R₂(r)-5 (1-2)-² -r/2a 2a 2a 2. Find t

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1 Normalize R20 And Construct The 200 Wavefunction The Expression For R 0 Is Co R R 5 1 2 R 2a 2a 2a 2 Find T 1 (36.12 KiB) Viewed 12 times

1. Normalize R20 and construct the 200 wavefunction. The expression for R₂0 is: Co R₂(r)-5 (1-2)-² -r/2a 2a 2a 2. Find the () and (²) for an electron in the ground state of hydrogen. 3. Substitute the appropriate constants into both the Bohr formula and the expression for the Bohr radius and show your results match the accepted values. This is mostly a check of calculator/computer usage. 4. Work out the radial wavefunctions R30, R21, and R32 using the recursion relation: p= an 1 R, (r) = —p'e ºv(p) C/+1= 2(j+l+1-n) (j+1)(j+20+2) The last expression is for the coefficients of the polynomial v(p). You don't have to normalize them.