Electrons and Quantum Mechanics - Oakland Schools

4. Identify the radius of maximum probability from the graph (peak of the curve) and
record it in the space provided in the table. This is the distance from the bulls-eye
where you are most likely to find a spot (marble or electron) when attempting to locate
it (drop a marble).
Figure 3 Radial probability curve for the 1s electron.
5. Compare your results to the radial probability curve for the s-electron (Figure 3).
Sketch the s-electron plot on the graph paper containing your experimental curve. Use
a colored pencil for the s-electron curve.
Turn in graph paper and sheet with carbon marks.
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