Question: The actual electron configuration for copper is: [Ar] 4s13d10. Does that agree with your prediction above? Does it agree with the magnetic moment data? Here

 The actual electron configuration for copper is: [Ar] 4s13d10. Does that

The actual electron configuration for copper is: [Ar] 4s13d10. Does that agree with your prediction above? Does it agree with the magnetic moment data? Here are some other anomalous configurations, On the left hand side, write the configuration you'd "normally" predict and compare it to the actual configuration on the right: We can't predict when an anomaly will happen, but there are still some common features to the anomalies... based on the examples above, they seem to result in orbitals that are either exactly filled or filled. Magnetic moments: Sc: 1.8; Ti: 2.9: V: 3.9: Cr: 7.0: Mn: 5.9: Fe: 5.0; Cos 3.9: NE 2.9; Cu: 1.7: Zn: 0 (all magnetons) If you aced more practice with these concepts befone the quit, be sure to check out the practice problems en Libretrate" haterifonolhakallg

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