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Give the noble gas core ground state electron configuration for Mo3+

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Final answer:

The noble gas core ground state electron configuration for Mo3+ is [Kr]4d^5.

Step-by-step explanation:

The noble gas core ground state electron configuration for Mo3+ can be determined by finding the noble gas that precedes Mo (atomic number 42) in the periodic table. The noble gas core ground state electron configuration for Mo3+ is [Kr]4d^5. The noble gas that precedes Mo is Kr (atomic number 36), so the noble gas core ground state electron configuration for Mo3+ is [Kr]4d5.

The noble gas core ground state electron configuration for Mo3+ is [Kr]4d^5. This means that the core electrons of Mo3+ are represented by the electron configuration of Kr (1s22s22p63s23p64s23d10) and the valence electrons are represented by the electron configuration of Mo (4d5).

User Stan Hurks
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