2. The probability of finding the electron at radius r is given by P(r) = r²|Rn1(r)P,where Rni(r) is the radial wavefunction.a) Explain where the r² term comes from in the expression for the probabilityabove.b) Look up (or calculate if you really want to!) and write down the radialwavefunctions for n = 1,2, 3 and all allowed values of l.c) Plot the probability distributions (i.e.you wrote down above. Plot them all on the same graph, so you will need tolabel the graph in some way to identify which line is which.P(r)) for each of the wavefunctionsHint: the quickest way would to be use Python and mathplotlib which youlearned about in PH370 last year. However, if you didn't take PH370 lastyear (or just don’t like python), then feel free to use any tool you normallyuse for plotting graphs, e.g. in lab modules.d) Comment on any trends you see in the graphs you plotted in the previoussection.

(a) P(r)=r2Rnl(r)2here, Rnl(r) is the radial wavefunctionP(r) represent the probability of surface…

The probability of finding the electron at radius r is given by P(r) = r²|Rn1(r)|², where Rni(r) is the radial wavefunction. a) Explain where the r² term comes from in the expression for the probability above. b) Look up (or calculate if you really want to!) and write down the radial wavefunctions for n = 1,2,3 and all allowed values of l.

The probability of finding the electron at radius r is given by P(r) = r²|Rn1(r)|², where Rni(r) is the radial wavefunction. a) Explain where the r² term comes from in the expression for the probability above. b) Look up (or calculate if you really want to!) and write down the radial wavefunctions for n = 1,2,3 and all allowed values of l.