17, Búppose a half-integer l-value, say , were allowed for orbital angular momentum. From L, Y;/2.1/2(0,4) = 0, we may deduce, as usual, Y1/2.12(0,4) a e'0/2Vsin@ . Scanned by CamScanr Problems 245 Now try to construct Y/2,-1/2(6, ); by (a) applying L. to Y/2.1/2(8,); and (b) using L Y,/2, - 1/2(0, $)-0. Show that the two procedures lead to contradictory results. (This gives an argument against half-integer /-values for orbital angular momentum.)
17, Búppose a half-integer l-value, say , were allowed for orbital angular momentum. From L, Y;/2.1/2(0,4) = 0, we may deduce, as usual, Y1/2.12(0,4) a e'0/2Vsin@ . Scanned by CamScanr Problems 245 Now try to construct Y/2,-1/2(6, ); by (a) applying L. to Y/2.1/2(8,); and (b) using L Y,/2, - 1/2(0, $)-0. Show that the two procedures lead to contradictory results. (This gives an argument against half-integer /-values for orbital angular momentum.)
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